De Sousa Gil

Irstea − Copain
9 avenue Blaise Pascal − CS 20085
63178 Aubière − France
+33 4 73 44 07 36
Contact

Wireless Sensor Networks, Information Systems, Data Management and Integration

Publications

Journal Articles (9)

C.T. Kone, J.D. Mathias, G. De Sousa
Adaptive management of energy consumption, reliability and delay of wireless sensor node: Application to IEEE 802.15.4 wireless sensor node
PLoS One 12 (2), 2017
abs doi web bib

Designing a Wireless Sensor Network (WSN) to achieve a high Quality of Service (QoS) (network performance and durability) is a challenging problem. We address it by focusing on the performance of the 802.15.4 communication protocol because the IEEE 802.15.4 Standard is actually considered as one of the reference technologies in WSNs. In this paper, we propose to control the sustainable use of resources (i.e., energy consumption, reliability and timely packet transmission) of a wireless sensor node equipped with photovoltaic cells by an adaptive tuning not only of the MAC (Medium Access Control) parameters but also of the sampling frequency of the node. To do this, we use one of the existing control approaches, namely the viability theory, which aims to preserve the functions and the controls of a dynamic system in a set of desirable states. So, an analytical model, describing the evolution over time of nodal resources, is derived and used by a viability algorithm for the adaptive tuning of the IEEE 802.15.4 MAC protocol. The simulation analysis shows that our solution allows ensuring indefinitely, in the absence of hardware failure, the operations (lifetime duration, reliability and timely packet transmission) of an 802.15.4 WSN and one can temporarily increase the sampling frequency of the node beyond the regular sampling one. This latter brings advantages for agricultural and environmental applications such as precision agriculture, flood or fire prevention. Main results show that our current approach enable to send more information when critical events occur without the node runs out of energy. Finally, we argue that our approach is generic and can be applied to other types of WSN.
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@article{PUB00056192, author = {Kone, C.T. and Mathias, J.D. and De Sousa, G.}, title = {Adaptive management of energy consumption, reliability and delay of wireless sensor node: Application to IEEE 802.15.4 wireless sensor node}, title = {Gestion adaptative de la consommation d'énergie, de la fiabilité et des délais de transmission d'un capteur sans fil : application à un capteur sans fil IEEE utilisant le protocole 802.15.4}, journal = {PLoS One}, volume = {12}, number = {2}, pages = {28}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00056192 / http://journals.plos.org/plosone/article?id=10.1371/journal.pone.0172336}, doi = {http://dx.doi.org/https://doi.org/10.1371/journal.pone.0172336}, year = {2017}, affiliation = {ESATIC ABIDJAN DRIT CIV ; IRSTEA CLERMONT FERRAND UR LISC FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA}, abstract = {Designing a Wireless Sensor Network (WSN) to achieve a high Quality of Service (QoS) (network performance and durability) is a challenging problem. We address it by focusing on the performance of the 802.15.4 communication protocol because the IEEE 802.15.4 Standard is actually considered as one of the reference technologies in WSNs. In this paper, we propose to control the sustainable use of resources (i.e., energy consumption, reliability and timely packet transmission) of a wireless sensor node equipped with photovoltaic cells by an adaptive tuning not only of the MAC (Medium Access Control) parameters but also of the sampling frequency of the node. To do this, we use one of the existing control approaches, namely the viability theory, which aims to preserve the functions and the controls of a dynamic system in a set of desirable states. So, an analytical model, describing the evolution over time of nodal resources, is derived and used by a viability algorithm for the adaptive tuning of the IEEE 802.15.4 MAC protocol. The simulation analysis shows that our solution allows ensuring indefinitely, in the absence of hardware failure, the operations (lifetime duration, reliability and timely packet transmission) of an 802.15.4 WSN and one can temporarily increase the sampling frequency of the node beyond the regular sampling one. This latter brings advantages for agricultural and environmental applications such as precision agriculture, flood or fire prevention. Main results show that our current approach enable to send more information when critical events occur without the node runs out of energy. Finally, we argue that our approach is generic and can be applied to other types of WSN.}, }
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J. Sun, G. De Sousa, C. Roussey, J.P. Chanet, F. Pinet, K-M. Hou
Intelligent flood adaptive context-aware system: How wireless sensors adapt their configuration based on environmental phenomenon events
Sensors and Transducers 206 (11), 2016
abs web bib

Henceforth, new generations of Wireless Sensor Networks (WSN) have to be able to adapt their behavior to collect, from the study phenomenon, quality data for long periods of time. We have thus proposed a new formalization for the design and the implementation of context-aware systems relying on a WSN for the data collection. To illustrate this proposal, we also present an environmental use case: the study of flood events in a watershed. In this paper, we detail the simulation tool that we have developed in order to implement our model. We simulate several scenarios of context-aware systems to monitor a watershed. The data used for the simulation are the observation data of the French Orgeval watershed.
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@article{PUB00051956, author = {Sun, J. and De Sousa, G. and Roussey, C. and Chanet, J.P. and Pinet, F. and Hou, K-M.}, title = {Intelligent flood adaptive context-aware system: How wireless sensors adapt their configuration based on environmental phenomenon events}, title = {Système contextuel adaptatif intelligent pour les inondations: comment un réseau de capteurs sans fils peut adapter la configuration de ses n½uds en fonction de l'état du phénomène environnemental observé}, journal = {Sensors and Transducers}, volume = {206}, number = {11}, pages = {68-81}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00051956 / http://www.sensorsportal.com/HTML/DIGEST/P_2876.htm}, year = {2016}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; UNIVERSITE DE CLERMONT FERRAND II UMR 6158 LIMOS FRA}, abstract = {Henceforth, new generations of Wireless Sensor Networks (WSN) have to be able to adapt their behavior to collect, from the study phenomenon, quality data for long periods of time. We have thus proposed a new formalization for the design and the implementation of context-aware systems relying on a WSN for the data collection. To illustrate this proposal, we also present an environmental use case: the study of flood events in a watershed. In this paper, we detail the simulation tool that we have developed in order to implement our model. We simulate several scenarios of context-aware systems to monitor a watershed. The data used for the simulation are the observation data of the French Orgeval watershed.}, }
close
Y. Chen, J.P. Chanet, K.M. Hou, H. Shi, G. De Sousa
A Scalable Context-Aware Objective Function (SCAOF) of Routing Protocol for Agricultural Low-Power and Lossy Networks (RPAL)
Sensors 15 (8), 2015
abs doi web bib

In recent years, IoT (Internet of Things) technologies have seen great advances, particularly, the IPv6 Routing Protocol for Low-power and Lossy Networks (RPL), which provides a powerful and flexible routing framework that can be applied in a variety of application scenarios. In this context, as an important role of IoT, Wireless Sensor Networks (WSNs) can utilize RPL to design efficient routing protocols for a specific application to increase the ubiquity of networks with resource-constrained WSN nodes that are low-cost and easy to deploy. In this article, our work starts with the description of Agricultural Low-power and Lossy Networks (A-LLNs) complying with the LLN framework, and to clarify the requirements of this application-oriented routing solution. After a brief review of existing optimization techniques for RPL, our contribution is dedicated to a Scalable Context-Aware Objective Function (SCAOF) that can adapt RPL to the environmental monitoring of A-LLNs, through combining energy-aware, reliability-aware, robustness-aware and resource-aware contexts according to the composite routing metrics approach. The correct behavior of this enhanced RPL version (RPAL) was verified by performance evaluations on both simulation and field tests. The obtained experimental results confirm that SCAOF can deliver the desired advantages on network lifetime extension, and high reliability and efficiency in different simulation scenarios and hardware testbeds.
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@article{PUB00044689, author = {Chen, Y. and Chanet, J.P. and Hou, K.M. and Shi, H. and De Sousa, G.}, title = {A Scalable Context-Aware Objective Function (SCAOF) of Routing Protocol for Agricultural Low-Power and Lossy Networks (RPAL)}, title = {Une fonction d'objectifs contextuelle et évolutive de protocole de routage pour les réseaux faible énergie en agriculture}, journal = {Sensors}, volume = {15}, number = {8}, pages = {19507-19540}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00044689}, doi = {http://dx.doi.org/10.3390/s150x0000x}, year = {2015}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; UNIVERSITE DE CLERMONT FERRAND LIMOS FRA ; UNIVERSITE DE CLERMONT FERRAND LIMOS FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA}, abstract = {In recent years, IoT (Internet of Things) technologies have seen great advances, particularly, the IPv6 Routing Protocol for Low-power and Lossy Networks (RPL), which provides a powerful and flexible routing framework that can be applied in a variety of application scenarios. In this context, as an important role of IoT, Wireless Sensor Networks (WSNs) can utilize RPL to design efficient routing protocols for a specific application to increase the ubiquity of networks with resource-constrained WSN nodes that are low-cost and easy to deploy. In this article, our work starts with the description of Agricultural Low-power and Lossy Networks (A-LLNs) complying with the LLN framework, and to clarify the requirements of this application-oriented routing solution. After a brief review of existing optimization techniques for RPL, our contribution is dedicated to a Scalable Context-Aware Objective Function (SCAOF) that can adapt RPL to the environmental monitoring of A-LLNs, through combining energy-aware, reliability-aware, robustness-aware and resource-aware contexts according to the composite routing metrics approach. The correct behavior of this enhanced RPL version (RPAL) was verified by performance evaluations on both simulation and field tests. The obtained experimental results confirm that SCAOF can deliver the desired advantages on network lifetime extension, and high reliability and efficiency in different simulation scenarios and hardware testbeds.}, }
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C.T. Kone, G. De Sousa, Mathias J.D.
Energy-network performance trade-off in a slotted IEEE 802.15.4 network with acknowledged uplink transmissions
International Journal of Sensor Networks 17 (4), 2015
abs doi web bib

This paper provides an analysis of the performance of wireless sensor network (WSN) under the beacon-enabled slotted CSMA/CA of IEEE 802.15.4 Standard in non-saturation mode with acknowledged uplink and limited buffers. The performance metrics of a node considered are: Reliability, average throughput per node, average packet delay and average energy consumption. An analytical model of energy is derived and used to analyse the average consumption of node. This model takes into account energy dissipation of the radio unit and also of the processing and the sensor units. All these performance metrics are evaluated with different parameters such as medium access control (MAC) parameters, network density and offer load per node in order to observe their influence and adjust them if necessary to obtain good performance.
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@article{PUB00045852, author = {Kone, C.T. and De Sousa, G. and Mathias J.D.}, title = {Energy-network performance trade-off in a slotted IEEE 802.15.4 network with acknowledged uplink transmissions}, title = {Compromis en termes de performances énergétiques pour un réseau sans fil en IEEE 802.15.4 avec créneaux dédiés à des transmissions acquittées}, journal = {International Journal of Sensor Networks}, volume = {17}, number = {4}, pages = {263-277}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00045852 / http://www.inderscience.com/info/inarticle.php?artid=69581}, doi = {http://dx.doi.org/10.1504/IJSNET.2015.069581}, year = {2015}, affiliation = {ESATIC ECOLE SUPERIEURE AFRICAINE DES TIC ABIDJAN CIV ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR LISC FRA}, abstract = {This paper provides an analysis of the performance of wireless sensor network (WSN) under the beacon-enabled slotted CSMA/CA of IEEE 802.15.4 Standard in non-saturation mode with acknowledged uplink and limited buffers. The performance metrics of a node considered are: Reliability, average throughput per node, average packet delay and average energy consumption. An analytical model of energy is derived and used to analyse the average consumption of node. This model takes into account energy dissipation of the radio unit and also of the processing and the sensor units. All these performance metrics are evaluated with different parameters such as medium access control (MAC) parameters, network density and offer load per node in order to observe their influence and adjust them if necessary to obtain good performance.}, }
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P. Namour, P. Breil, Y. Clément, G. De Sousa, Chanet J.P., P. Lanteri
The Water Framework Directive requires new tools for a better water quality monitoring
E-WAter, 2012
abs web bib

Our goal is to demonstrate the need to design a new type of environmentally friendly intrumentation to face the challenges of the Water Framework Directive. Rivers are spatially and timely structured ecological systems exhibiting hot spots and hot moments that contribute to their overall health status. However, current programs for monitoring water quality (grab samples and laboratory analysis) are based on sampling strategy that do not take into account the spatial and temporal heterogeneity of a water body. To reflect their actual dynamics, a paradigm shift is essential. This requires the development of new monitoring strategies and therefore new instrumentation. This new instrumentation must be able to measure at time scales appropriate to phenomena monitored and at a cost low enough to allow a sufficiently dense deployment in water bodies. We propose to enhance developing wireless networks of autonomous micro-sensors associated with mathematical processing of the collected data. The distinctive feature of this kind of smart sensor comes from the complete monitoring network expected, associating surface- and ground- waters chemistry, electronics and energy harvesting with smart data processing aiming to represent dynamic of basic ecological functions.
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@article{PUB00035491, author = {Namour, P. and Breil, P. and Clément, Y. and De Sousa, G. and Chanet J.P. and Lanteri, P.}, title = {The Water Framework Directive requires new tools for a better water quality monitoring}, title = {La Directive Cadre Européenne sur l'Eau impose de nouveaux outils pour une meilleur surveillance de la qualité des eaux}, journal = {E-WAter}, number = {1}, pages = {12}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00035491 / http://www.ewa-online.eu/portale/ewa/ewa.nsf/home?readform&submenu=_1_6_2&objectid=0AB6528C5177A8B7C12572B1004EF1C7}, year = {2012}, affiliation = {IRSTEA LYON UR MALY FRA ; IRSTEA LYON UR HHLY FRA ; UNIVERSITE DE LYON INSTITUT DES SCIENCES ANALYTIQUES UMR 5280 VILLEURBANNE FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; UNIVERSITE DE LYON INSTITUT DES SCIENCES ANALYTIQUES UMR 5280 VILLEURBANNE FRA}, number = {CMALY.35491}, abstract = {Our goal is to demonstrate the need to design a new type of environmentally friendly intrumentation to face the challenges of the Water Framework Directive. Rivers are spatially and timely structured ecological systems exhibiting hot spots and hot moments that contribute to their overall health status. However, current programs for monitoring water quality (grab samples and laboratory analysis) are based on sampling strategy that do not take into account the spatial and temporal heterogeneity of a water body. To reflect their actual dynamics, a paradigm shift is essential. This requires the development of new monitoring strategies and therefore new instrumentation. This new instrumentation must be able to measure at time scales appropriate to phenomena monitored and at a cost low enough to allow a sufficiently dense deployment in water bodies. We propose to enhance developing wireless networks of autonomous micro-sensors associated with mathematical processing of the collected data. The distinctive feature of this kind of smart sensor comes from the complete monitoring network expected, associating surface- and ground- waters chemistry, electronics and energy harvesting with smart data processing aiming to represent dynamic of basic ecological functions.}, }
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F. Pinet, M.A. Kang, K. Boulil, S. Bimonte, G. De Sousa, C. Roussey, M. Schneider, J.P. Chanet
Using OCL to model constraints in data warehouses
International Journal of Technology Diffusion 2 (3), 2011
abs doi web bib

Recent research works propose to use the Object-Oriented (OO) approach such as UML to model data warehouses. First, the present paper overviews these recent OO techniques. They aim to describe the facts and the different analysis dimensions of the data. Second, we will propose a tutorial of the Object Constraint Language (OCL) and we will show how this language can be used to specify constraints in OO-based models of data warehouse. Up to now, OCL has been only applied to describe constraints in software applications and transactional databases. So, we demonstrate in this paper how to use OCL to represent the different types of data warehouse constraints. Our paper is addressed to researchers working in the fields of business intelligence and decision support systems, who wish to learn about the major possibilities that OCL offer in the context of data warehouse, and to find citations that will allow them to learn about this formalism in greater detail. We also provide general information about the possible types of implementation of multi-dimensional models and their constraints.
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@article{PUB00034693, author = {Pinet, F. and Kang, M.A. and Boulil, K. and Bimonte, S. and De Sousa, G. and Roussey, C. and Schneider, M. and Chanet, J.P.}, title = {Using OCL to model constraints in data warehouses}, title = {Utilisation d'OCL pour modéliser les contraintes dans les entrepôts de données}, journal = {International Journal of Technology Diffusion}, volume = {2}, number = {3}, pages = {11}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00034693}, doi = {http://dx.doi.org/10.4018/jtd.2011070104}, year = {2011}, affiliation = {CEMAGREF CLERMONT FERRAND UR TSCF FRA ; UNIVERSITE DE CLERMONT FERRAND LIMOS ISIMA AUBIERE FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; UNIVERSITE DE CLERMONT FERRAND LIMOS ISIMA AUBIERE FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA}, abstract = {Recent research works propose to use the Object-Oriented (OO) approach such as UML to model data warehouses. First, the present paper overviews these recent OO techniques. They aim to describe the facts and the different analysis dimensions of the data. Second, we will propose a tutorial of the Object Constraint Language (OCL) and we will show how this language can be used to specify constraints in OO-based models of data warehouse. Up to now, OCL has been only applied to describe constraints in software applications and transactional databases. So, we demonstrate in this paper how to use OCL to represent the different types of data warehouse constraints. Our paper is addressed to researchers working in the fields of business intelligence and decision support systems, who wish to learn about the major possibilities that OCL offer in the context of data warehouse, and to find citations that will allow them to learn about this formalism in greater detail. We also provide general information about the possible types of implementation of multi-dimensional models and their constraints.}, }
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G. De Sousa, H.Y. Zhou, K.M. Hou, C. De Vaulx, J.P. Chanet
Adaptive system for wireless sensor networks Applications
Journal of Harbin Institute of Technology 39, 2007
abs web bib

Wireless sensor networks (WSN) open new perspectives in various application topics. Resources in WSN remain limited but have increased enough to consider the development of an adaptive system dedicated to data collection. This article presents such system that integrates an operating system LIMOS (Lightweight Multi-threading Operating System) and a file system LiveFile (LIMOS Versatile Embedded File system).
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@article{PUB00022711, author = {De Sousa, G. and Zhou, H.Y. and Hou, K.M. and De Vaulx, C. and Chanet, J.P.}, title = {Adaptive system for wireless sensor networks Applications}, title = {Système adaptatif pour réseaux de capteurs sans fil}, journal = {Journal of Harbin Institute of Technology}, volume = {39}, pages = {154-157}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00022711}, year = {2007}, affiliation = {CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; HARBIN INSTITUTE OF TECHNOLOGY CHN ; CNRS LIMOS UMR 6158 UNIVERSITE CLERMONT FERRAND ; CNRS LIMOS UMR 6158 UNIVERSITE CLERMONT FERRAND ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS}, abstract = {Wireless sensor networks (WSN) open new perspectives in various application topics. Resources in WSN remain limited but have increased enough to consider the development of an adaptive system dedicated to data collection. This article presents such system that integrates an operating system LIMOS (Lightweight Multi-threading Operating System) and a file system LiveFile (LIMOS Versatile Embedded File system).}, }
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K.M. Hou, G. De Sousa, H.Y. Zhou, J.P. Chanet, M. Kara, A. Amamra, C. De Vaulx, J.J. Li, A. Jacquot
LiveNode: LIMOS versatile embedded wireless sensor node
Journal of Harbin Institute of Technology, 2007
abs web bib

Nowadays, many wireless sensor nodes having approximately the same features are implemented to support both research and industrial deployments. However, all these wireless sensor nodes have limited capacity and are only adapted to implement simple wireless sensors: temperature sensor, tilt/vibration sensor, sound sensor The domain of wireless sensor applications are huge and many problems are still opened and unsolved. Thus to enlarge the application areas, we propose a versatile wireless sensor node named LiveNode, which enables to implement rapidly a prototype for different domains of applications such as telemedicine (wireless cardiac arrhythmias detection sensor), inter-vehicle communication, environmental data collection etc. We describe the key features of LiveNode and its platform: LivePlatform. We present an industrial project (MobiPlus) using LiveNode. Finally, the results of the application and the ongoing work will be presented.
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@article{PUB00022736, author = {Hou, K.M. and De Sousa, G. and Zhou, H.Y. and Chanet, J.P. and Kara, M. and Amamra, A. and De Vaulx, C. and Li, J.J. and Jacquot, A.}, title = {LiveNode: LIMOS versatile embedded wireless sensor node}, title = {Noeud polyvalent pour réseaux de capteur sans fil}, journal = {Journal of Harbin Institute of Technology}, pages = {140-144}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00022736}, year = {2007}, affiliation = {CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; HARBIN INSTITUTE OF TECHNOLOGY CHINA CHN ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS}, abstract = {Nowadays, many wireless sensor nodes having approximately the same features are implemented to support both research and industrial deployments. However, all these wireless sensor nodes have limited capacity and are only adapted to implement simple wireless sensors: temperature sensor, tilt/vibration sensor, sound sensor The domain of wireless sensor applications are huge and many problems are still opened and unsolved. Thus to enlarge the application areas, we propose a versatile wireless sensor node named LiveNode, which enables to implement rapidly a prototype for different domains of applications such as telemedicine (wireless cardiac arrhythmias detection sensor), inter-vehicle communication, environmental data collection etc. We describe the key features of LiveNode and its platform: LivePlatform. We present an industrial project (MobiPlus) using LiveNode. Finally, the results of the application and the ongoing work will be presented.}, }
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K.M. Hou, J.J. Li, H.Y. Zhou, J.P. Chanet, J. Hao, G. De Sousa, C. De Vaulx, A. Amamra, M. Kara, B. Doumia
Cooperative Inter-vehicle communication protocol dedicated to intelligent transport systems (CIVIC : Communication Inter Véhicule Intelligente et Coopérative)
Journal of Harbin Institute of Technology 39, 2007
abs web bib

MANET marks the new age of the modern communication and it is a key technology to solve many applications such as telemedicine, environment monitoring, intelligent transport system (inter vehicle communication) etc. In this paper a new MANET protocol dedicated to intelligent transport system is described: CIVIC. CIVIC is a context aware routing protocol taking into account the location of each mobile node, road traffic, geographic environment (road map) etc. Moreover, CIVIC is implemented to support infrastructure and ad hoc network, hybrid MANET protocol, and multi-support wireless access mediums. In this paper, we introduce the different worldwide leading research projects dedicated to inter vehicle communication, the key features of CIVIC, and the MobiPlus project based on LiveNode dedicated to CIVIC.
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@article{PUB00022735, author = {Hou, K.M. and Li, J.J. and Zhou, H.Y. and Chanet, J.P. and Hao, J. and De Sousa, G. and De Vaulx, C. and Amamra, A. and Kara, M. and Doumia, B.}, title = {Cooperative Inter-vehicle communication protocol dedicated to intelligent transport systems (CIVIC : Communication Inter Véhicule Intelligente et Coopérative)}, title = {Protocole de communication inter-vehicule coopératif pour des transports intelligents}, journal = {Journal of Harbin Institute of Technology}, volume = {39}, pages = {145-152}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00022735}, year = {2007}, affiliation = {CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; HARBIN INSTITUTE OF TECHNOLOGY CHN ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; WUHAN UNIVERSITY CHINA CHN ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE}, abstract = {MANET marks the new age of the modern communication and it is a key technology to solve many applications such as telemedicine, environment monitoring, intelligent transport system (inter vehicle communication) etc. In this paper a new MANET protocol dedicated to intelligent transport system is described: CIVIC. CIVIC is a context aware routing protocol taking into account the location of each mobile node, road traffic, geographic environment (road map) etc. Moreover, CIVIC is implemented to support infrastructure and ad hoc network, hybrid MANET protocol, and multi-support wireless access mediums. In this paper, we introduce the different worldwide leading research projects dedicated to inter vehicle communication, the key features of CIVIC, and the MobiPlus project based on LiveNode dedicated to CIVIC.}, }
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Book Chapters (2)

M.A. Kang, F. Pinet, S. Bimonte, G. De Sousa, J.P. Chanet
Use of Sensor Data Warehouse for Soil Moisture Analysis
Automated enterprise systems for maximizing business performance (p. 43-57), IGI Global, 2015
abs doi web bib

More and more data are collected via sensors. Wireless networks can be implemented to facilitate the collection of sensors data and to reduce the cost of their acquisition. In this chapter, we present a general architecture combining Wireless Sensor Network (WSN) and Spatial Data Warehouse (SDW) technologies. This innovative solution is used to collect automatically sensor’s information and to facilitate the analysis of these data. The WSN used in this application has been deployed by Irstea and tested during several years in vineyards in South of France. The novel contribution presented in this chapter is related to the use of a SDW to manage data produced by geo-referenced sensor nodes. SDW is one of the most appropriate modern technologies for analyzing large data sets at different temporal and spatial scales. This type of databases is a specific category of information system used to integrate, accumulate and analyze information from various sources. These data are usually organized according to a multidimensional schema to facilitate the calculation of indicators. In this chapter, we introduce the development of a SDW storing the data collected by this WSN. The implemented data warehouse can allow users to aggregate and explore interactively data pro-duced by sensors. With this system, it is possible to visualize on a map the results of these aggregations.
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@book{PUB00045471, author = {Kang, M.A. and Pinet, F. and Bimonte, S. and De Sousa, G. and Chanet, J.P.}, author = {Papajorgji, P. and Pinet, F. and Guimarães, A. and Papathanasiou, J.}, title = {Use of Sensor Data Warehouse for Soil Moisture Analysis}, title = {Utilisation des entrepôts de données de capteurs pour l'analyse de l'humidité du sol}, bookTitle = {Automated enterprise systems for maximizing business performance}, publisher = {IGI Global}, pages = {43-57}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00045471}, doi = {http://dx.doi.org/10.4018/978-1-4666-8841-4}, year = {2015}, affiliation = {UNIVERSITE DE CLERMONT FERRAND II UMR LIMOS FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA}, abstract = {More and more data are collected via sensors. Wireless networks can be implemented to facilitate the collection of sensors data and to reduce the cost of their acquisition. In this chapter, we present a general architecture combining Wireless Sensor Network (WSN) and Spatial Data Warehouse (SDW) technologies. This innovative solution is used to collect automatically sensor’s information and to facilitate the analysis of these data. The WSN used in this application has been deployed by Irstea and tested during several years in vineyards in South of France. The novel contribution presented in this chapter is related to the use of a SDW to manage data produced by geo-referenced sensor nodes. SDW is one of the most appropriate modern technologies for analyzing large data sets at different temporal and spatial scales. This type of databases is a specific category of information system used to integrate, accumulate and analyze information from various sources. These data are usually organized according to a multidimensional schema to facilitate the calculation of indicators. In this chapter, we introduce the development of a SDW storing the data collected by this WSN. The implemented data warehouse can allow users to aggregate and explore interactively data pro-duced by sensors. With this system, it is possible to visualize on a map the results of these aggregations.}, }
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M. Visoli, S. Ternès, J.P. Chanet, F. Pinet, S. Bernard, G. De Sousa, A. Miralles
OTAG information system
New tools for precision livestock management (p. 28-31), Inter-American Institute for Cooperation on Agriculture (IICA)Procisus, Montevideo, URY, 2009
abs web bib

Présentation du système d'information développé dans le cadre du projet OTAG.
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@book{PUB00028966, author = {Visoli, M. and Ternès, S. and Chanet, J.P. and Pinet, F. and Bernard, S. and De Sousa, G. and Miralles, A.}, author = {Ruiz, E.}, title = {OTAG information system}, title = {Système d'Information OTAG}, bookTitle = {New tools for precision livestock management}, address = {Montevideo, URY}, publisher = {Inter-American Institute for Cooperation on Agriculture (IICA)Procisus}, pages = {28-31}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00028966 / http://www.otag-project.org/files/publications/OTAG-booklet-web.pdf}, year = {2009}, affiliation = {EMBRAPA INFORMATICA CAMPINAS BRA ; EMBRAPA INFORMATICA CAMPINAS BRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF MONTPELLIER UR LCMO UMR TETIS FRA}, ISBNISSN = {ISBN 13: 978-92-9248-148-3}, abstract = {Présentation du système d'information développé dans le cadre du projet OTAG.}, }
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In Collections (1)

H.Y. Zhou, K.M. Hou, J. Ponsonaille, L. Gineste, J. Coudon, G. De Sousa, C. De Vaulx, J.J. Li, P. Chainais, R. Aufrere, A. Amamra, J.P. Chanet
Remote continuous cardiac arrhythmias detection and monitoring
Transformation of health care with information technologies (p. 112-120), IOS Press, 2004
abs web bib

The current techniques used to diagnose cardiac arrhythmias such as Holter, Rtest and telemetry systems are partially efficient because they are limited either in time or in space. In this paper, a platform dedicated to the real‐time remote continuous cardiac arrhythmias detection and monitoring is proposed. Such a platform allows to improve the accuracy and the efficiency of the diagnostic of ventricular tachycardia among the high‐risk patients and enables the implantation of ICD to prevent sudden death. The new method allows the patient to lead a normal life while being remotely monitored in real‐time by an ambulatory wireless ECG sensor. When a cardiac arrhythmia is detected a message including a sequence of ECG signals and the patient's images (indoors only) is sent to a remote surveillance server. According to the gravity of the symptom, the cardiologist can intervene in real time or later. The system has been evaluated on some ten patients with regard to heartbeat and cardiac rhythm disturbance. The real‐time results are similar to those offered by HP telemetry systems.
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@incollection{PUB00022745, author = {Zhou, H.Y. and Hou, K.M. and Ponsonaille, J. and Gineste, L. and Coudon, J. and De Sousa, G. and De Vaulx, C. and Li, J.J. and Chainais, P. and Aufrere, R. and Amamra, A. and Chanet, J.P.}, title = {Remote continuous cardiac arrhythmias detection and monitoring}, title = {Détection et suivi en continu des arrhytmie cardiaque}, bookTitle = {Transformation of health care with information technologies}, publisher = {IOS Press}, pages = {112-120}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00022745}, year = {2004}, affiliation = {CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CHU CLERMONT FERRAND ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS}, abstract = {The current techniques used to diagnose cardiac arrhythmias such as Holter, Rtest and telemetry systems are partially efficient because they are limited either in time or in space. In this paper, a platform dedicated to the real‐time remote continuous cardiac arrhythmias detection and monitoring is proposed. Such a platform allows to improve the accuracy and the efficiency of the diagnostic of ventricular tachycardia among the high‐risk patients and enables the implantation of ICD to prevent sudden death. The new method allows the patient to lead a normal life while being remotely monitored in real‐time by an ambulatory wireless ECG sensor. When a cardiac arrhythmia is detected a message including a sequence of ECG signals and the patient's images (indoors only) is sent to a remote surveillance server. According to the gravity of the symptom, the cardiologist can intervene in real time or later. The system has been evaluated on some ten patients with regard to heartbeat and cardiac rhythm disturbance. The real‐time results are similar to those offered by HP telemetry systems.}, }
close

In Proceedings (18)

J. Sun, G. De Sousa, C. Roussey, J.P. Chanet, F. Pinet, K.M. Hou
Intelligent wireless sensor network simulation: Flood use case
Séminaire du réseau IN-OVIVE, 02/12/2016-02/12/2016, Paris, FRA , 2016
abs web bib

Description of the PhD of Jie SUN about adaptive contexte aware system based on sensor network
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@inproceedings{PUB00051961, author = {Sun, J. and De Sousa, G. and Roussey, C. and Chanet, J.P. and Pinet, F. and Hou, K.M.}, title = {Intelligent wireless sensor network simulation: Flood use case}, bookTitle = {Séminaire du réseau IN-OVIVE, 02/12/2016-02/12/2016, Paris, FRA}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00051961 / http://www.slideshare.net/croussey/intelligent-wireless-sensor-network-simulation-flood-use-case}, year = {2016}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; UNIVERSITE DE CLERMONT FERRAND II UMR LIMOS FRA}, abstract = {Description of the PhD of Jie SUN about adaptive contexte aware system based on sensor network }, }
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J. Sun, G. De Sousa, C. Roussey, J.P. Chanet, F. Pinet, K.M. Hou
A new formalisation for wireless sensor network adaptive context-aware system: Application to an environmental use case
Tenth International Conference on Sensor Technologies and Applications SENSORCOMM 2016, 24/07/2016-28/07/2016, Nice, FRA (p. 49-55), IARIA, 2016
abs web bib

Henceforth, new generations of Wireless Sensor Networks (WSN), as part of the Internet Of Things (IoT), have to be able to adapt their behaviour to collect, from the study phenomenon (or feature of interest), quality data for long period of time. In this article, we propose a new formalisation for the design and the implementation of context-aware systems. To illustrate this whole proposition, an environmental use case, the study of flood events in a watershed, relying on a WSN for the data collection, is presented.
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@inproceedings{PUB00050425, author = {Sun, J. and De Sousa, G. and Roussey, C. and Chanet, J.P. and Pinet, F. and Hou, K.M.}, title = {A new formalisation for wireless sensor network adaptive context-aware system: Application to an environmental use case}, title = {Une nouvelle formalisation des systèmes contextuels adaptatifs avec réseau de capteurs sans fils : application à un cas d'usage environnemental}, bookTitle = {Tenth International Conference on Sensor Technologies and Applications SENSORCOMM 2016, 24/07/2016-28/07/2016, Nice, FRA}, publisher = {IARIA}, pages = {49-55}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00050425 / http://www.thinkmind.org/index.php?view=instance&instance=SENSORCOMM+2016}, year = {2016}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; LIMOS CNRS UMR 6158 CLERMONT FERRAND FRANCE}, abstract = {Henceforth, new generations of Wireless Sensor Networks (WSN), as part of the Internet Of Things (IoT), have to be able to adapt their behaviour to collect, from the study phenomenon (or feature of interest), quality data for long period of time. In this article, we propose a new formalisation for the design and the implementation of context-aware systems. To illustrate this whole proposition, an environmental use case, the study of flood events in a watershed, relying on a WSN for the data collection, is presented.}, }
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J. Sun, G. De Sousa, C. Roussey, J.P. Chanet, K.M. Hou
The Internet of Things for Environment: Ontology-based Decision Support System (DSS) coupled with a Wireless Sensor Network (WSN)
The 11th Summer School on Ontology Engineering and the Semantic Web, 05/07/2015-11/07/2015, Bertinoro, ITA (p. 1), 2015
abs web bib

Design and implementation of a Ontology-based DSS which measurement data are mainly provided by WSN for: - Context Acquisition, Modeling, Reasoning and Distribution over the whole system (DSS and WSN) - Heterogeneous data integration - Regulated energy consumption at the level of the wireless sensors - Internet of Things (IoT) and Linked Open Data (LOD) paradigms considered
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@inproceedings{PUB00044567, author = {Sun, J. and De Sousa, G. and Roussey, C. and Chanet, J.P. and Hou, K.M.}, title = {The Internet of Things for Environment: Ontology-based Decision Support System (DSS) coupled with a Wireless Sensor Network (WSN) }, title = {L'Internet des objets pour l'environnement : un Outil d'Aide à la Décision (OAD) basé sur les ontologies associé à un Réseau de Capteurs Sans Fil (RCSF)}, bookTitle = {The 11th Summer School on Ontology Engineering and the Semantic Web, 05/07/2015-11/07/2015, Bertinoro, ITA}, pages = {1}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00044567}, year = {2015}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; UNIVERSITE DE CLERMONT FERRAND II UMR LIMOS FRA}, abstract = {Design and implementation of a Ontology-based DSS which measurement data are mainly provided by WSN for: - Context Acquisition, Modeling, Reasoning and Distribution over the whole system (DSS and WSN) - Heterogeneous data integration - Regulated energy consumption at the level of the wireless sensors - Internet of Things (IoT) and Linked Open Data (LOD) paradigms considered}, }
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C. Roussey, S. Bernard, G. André, O. Corcho, G. de Sousa, D. Boffety, J.P. Chanet
Weather Station Data Publication at Irstea: An implementation report
7th International Workshop on Semantic Sensor Networks (SSN 2014) in conjunction with the 13th International Semantic Web Conference (ISWC 2014), 20/10/2014-20/10/2014, Rida Del Garda, ITA (p. 16), 2014
abs web bib

We describe how we are publishing RDF data about one of the meteorological stations that Irstea owns in its experimental farm at Montoldre. Our objective is to revisit previous work done by other researchers on the publication of meteorological Linked Data, and provide some recommendations and best practices based on our experience.
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@inproceedings{PUB00043075, author = {Roussey, C. and Bernard, S. and André, G. and Corcho, O. and de Sousa, G. and Boffety, D. and Chanet, J.P.}, title = {Weather Station Data Publication at Irstea: An implementation report}, title = {Publication des données d'une station météorologique de l'Irstea : un rapport d'implémentation}, bookTitle = {7th International Workshop on Semantic Sensor Networks (SSN 2014) in conjunction with the 13th International Semantic Web Conference (ISWC 2014), 20/10/2014-20/10/2014, Rida Del Garda, ITA}, pages = {16}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00043075 / http://knoesis.org/ssn2014/paper_5.pdf}, year = {2014}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; UNIVERSIDAD POLITECNICA DE MADRID ESP ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA}, abstract = {We describe how we are publishing RDF data about one of the meteorological stations that Irstea owns in its experimental farm at Montoldre. Our objective is to revisit previous work done by other researchers on the publication of meteorological Linked Data, and provide some recommendations and best practices based on our experience.}, }
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J. Sun, G. De Sousa, C. Roussey, J.P. Chanet, K.M. Hou
The Internet of things for environment
Journées scientifique de l'école doctorale SPI de l'Université Blaise Pascal, 27/05/2014-28/05/2014, Clermont-Ferrand, FRA , 2014
abs web bib

Wireless sensor networks (WSN) are one of the important technologies of the 21st century. Most researchers and technical analysts believe that, in the near future, these micro-sensors will be integrated throughout anywhere of our life. In recent years, IoT and WoT gradually became a very popular and hot topic especially in the area of WSN. However, with the development of IoT, the devices that can provide information can be heterogeneous which generate different issues. In this thesis, we considered the Semantic Web associated to Ontology as a possible solution to solve some of these problems. Technologies of the Semantic Web, such as RDF language, are, for example, used to support the publication of structured data on the Web and their interoperability in the Linked (Open) Data. Besides, the 6LoWPAN (IPv6 over Low power Wireless Personal Area Networks) protocol has allowed the use of IPv6 protocol stack in the field of WSN. The use of this protocol should enable, in theory, to have all the nodes of a WSN individually "visible" from the Internet. So, relying on research works currently performed in the context of the WoT as well as the 6LoWPAN protocol, it should be possible to integrate WSN dedicated to environment and agriculture in the IoT.
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@inproceedings{PUB00041113, author = {Sun, J. and De Sousa, G. and Roussey, C. and Chanet, J.P. and Hou, K.M.}, title = {The Internet of things for environment}, title = {L'internet des objets pour l'environnement}, bookTitle = {Journées scientifique de l'école doctorale SPI de l'Université Blaise Pascal, 27/05/2014-28/05/2014, Clermont-Ferrand, FRA}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00041113}, year = {2014}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; UNIVERSITE BLAISE PASCAL LIMOS CLERMONT FERRAND FRA}, abstract = {Wireless sensor networks (WSN) are one of the important technologies of the 21st century. Most researchers and technical analysts believe that, in the near future, these micro-sensors will be integrated throughout anywhere of our life. In recent years, IoT and WoT gradually became a very popular and hot topic especially in the area of WSN. However, with the development of IoT, the devices that can provide information can be heterogeneous which generate different issues. In this thesis, we considered the Semantic Web associated to Ontology as a possible solution to solve some of these problems. Technologies of the Semantic Web, such as RDF language, are, for example, used to support the publication of structured data on the Web and their interoperability in the Linked (Open) Data. Besides, the 6LoWPAN (IPv6 over Low power Wireless Personal Area Networks) protocol has allowed the use of IPv6 protocol stack in the field of WSN. The use of this protocol should enable, in theory, to have all the nodes of a WSN individually "visible" from the Internet. So, relying on research works currently performed in the context of the WoT as well as the 6LoWPAN protocol, it should be possible to integrate WSN dedicated to environment and agriculture in the IoT.}, }
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R. Bendadouche, S. Bernard, J-P. Chanet, G. De Sousa, C. Roussey
Ontologies de capteurs
Atelier “Sémantique et ontologies”, 05/12/2013-06/12/2013, Moulis , FRA (p. 41), 2013
abs web bib

Présentation des travaux sur les ontologies de capteurs au sein de l'équipe copain de l'Irstea de Clermont Ferrand.
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@inproceedings{PUB00039520, author = {Bendadouche, R. and Bernard, S. and Chanet, J-P. and De Sousa, G. and Roussey, C.}, title = {Ontologies de capteurs}, title = {Sensor ontologies}, bookTitle = {Atelier “Sémantique et ontologies”, 05/12/2013-06/12/2013, Moulis , FRA}, pages = {41}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00039520 / http://fr.slideshare.net/croussey/onto-capteur}, year = {2013}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA}, abstract = {Présentation des travaux sur les ontologies de capteurs au sein de l'équipe copain de l'Irstea de Clermont Ferrand.}, }
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R. Bendadouche, G. De Sousa, C. Roussey, J.P. Chanet, K. Mean Hou
Simulation des réseaux de capteurs sans fil agri-environnementaux
8èmes journées francophones Mobilité et Ubiquité UBIMOB 12, 04/06/2012-06/06/2012, Anglet, FRA (p. 302-310), 2012
abs web bib

Les Réseaux de Capteurs Sans Fil (RCSF) sont conçus pour pouvoir collecter d’importantes quantités de données. L'objectif de notre travail est l'intégration de ces données dans un système d'information en minimisant notamment la quantité d'énergie consommée. A ce titre, l'approche envisagée est contextuelle et basée sur les ontologies. Pour valider cette approche, nous avons besoin d'une phase de simulation. Dans cet article, nous présentons une étude de différentes plates-formes de simulation des RCSF. Un ensemble de critères de comparaison répartis en catégories est d'abord présenté, suivi d'une étude comparative des deux plates-formes de simulation des RCSF ns-3 et JADE. ns-3 est le simulateur réseau le plus utilisé par la communauté des RCSF et JADE est un système multi-agent qui implémente les ontologies. Finalement, un exemple de scénario de gestion de données agri-environnementales est implémenté sous la plate-forme de simulation la plus adéquate à nos besoins qui est JADE.
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@inproceedings{PUB00035645, author = {Bendadouche, R. and De Sousa, G. and Roussey, C. and Chanet, J.P. and Mean Hou, K.}, title = {Simulation des réseaux de capteurs sans fil agri-environnementaux}, title = {Simulation of agri-environemental Wireless Sensor Network (WSN)}, bookTitle = {8èmes journées francophones Mobilité et Ubiquité UBIMOB 12, 04/06/2012-06/06/2012, Anglet, FRA}, pages = {302-310}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00035645}, year = {2012}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; LIMOS UNIVERSITE DE CLERMONT FERRAND II FRA}, abstract = {Les Réseaux de Capteurs Sans Fil (RCSF) sont conçus pour pouvoir collecter d’importantes quantités de données. L'objectif de notre travail est l'intégration de ces données dans un système d'information en minimisant notamment la quantité d'énergie consommée. A ce titre, l'approche envisagée est contextuelle et basée sur les ontologies. Pour valider cette approche, nous avons besoin d'une phase de simulation. Dans cet article, nous présentons une étude de différentes plates-formes de simulation des RCSF. Un ensemble de critères de comparaison répartis en catégories est d'abord présenté, suivi d'une étude comparative des deux plates-formes de simulation des RCSF ns-3 et JADE. ns-3 est le simulateur réseau le plus utilisé par la communauté des RCSF et JADE est un système multi-agent qui implémente les ontologies. Finalement, un exemple de scénario de gestion de données agri-environnementales est implémenté sous la plate-forme de simulation la plus adéquate à nos besoins qui est JADE.}, }
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R. Bendadouche, C. Roussey, G. De Sousa, J.P. Chanet, K.M. Hou
Etat de l'art sur les ontologies de capteurs pour une intégration intelligente des données
30ème Congrès Inforsid, 29/05/2012-31/05/2012, Montpellier, FRA / Actes du 30ème congrés Inforsid (p. 89-104), 2012
abs web bib

Ce document présente un état de l'art sur les ontologies de capteurs développées dans différents domaines et applications. Dans le contexte de nos travaux, nous nous intéressons aux Réseaux de Capteurs Sans Fil (RCSF) pour la surveillance des phénomènes environnementaux. Nous avons étudié les ontologies de capteurs afin de mettre en place une méthode d’intégration de données issues des RCSF en différenciant les politiques d’acquisition et de transmission des données. L’ontologie permet ainsi de définir les concepts nécessaires à la description de ces politiques. De plus, elle devra être aussi une composante d’un système d’aide à la décision capable de piloter le RCSF pour optimiser la transmission des données. Notre état de l’art fait une analyse critique des différentes ontologies existantes. Cette analyse porte sur les thèmes et sur les différents usages des ontologies dans les RCSF. Ainsi, nous mettrons en évidence qu’il n’existe pas à l’heure actuelle d’ontologie capable de différencier les données collectées et celles transmises au système d’information
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@inproceedings{PUB00035510, author = {Bendadouche, R. and Roussey, C. and De Sousa, G. and Chanet, J.P. and Hou, K.M.}, title = {Etat de l'art sur les ontologies de capteurs pour une intégration intelligente des données}, title = {State of the art on sensor ontologies for semantic data integration}, bookTitle = {30ème Congrès Inforsid, 29/05/2012-31/05/2012, Montpellier, FRA / Actes du 30ème congrés Inforsid}, pages = {89-104}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00035510}, year = {2012}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; LIMOS UNIVERSITE BLAISE PASCAL CLERMONT FERRAND FRA}, abstract = {Ce document présente un état de l'art sur les ontologies de capteurs développées dans différents domaines et applications. Dans le contexte de nos travaux, nous nous intéressons aux Réseaux de Capteurs Sans Fil (RCSF) pour la surveillance des phénomènes environnementaux. Nous avons étudié les ontologies de capteurs afin de mettre en place une méthode d’intégration de données issues des RCSF en différenciant les politiques d’acquisition et de transmission des données. L’ontologie permet ainsi de définir les concepts nécessaires à la description de ces politiques. De plus, elle devra être aussi une composante d’un système d’aide à la décision capable de piloter le RCSF pour optimiser la transmission des données. Notre état de l’art fait une analyse critique des différentes ontologies existantes. Cette analyse porte sur les thèmes et sur les différents usages des ontologies dans les RCSF. Ainsi, nous mettrons en évidence qu’il n’existe pas à l’heure actuelle d’ontologie capable de différencier les données collectées et celles transmises au système d’information}, }
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R. Bendadouche, C. Roussey, G. De Sousa, J.P. Chanet, K.M. Hou
Extension of the Semantic Sensor Network Ontology for Wireless Sensor Networks: The Stimulus-WSNnode-Communication Pattern
5th International Workshop on Semantic Sensor Networks in conjunction with the 11th International Semantic Web Conference ( ISWC), 12/11/2012-12/11/2012, Boston, USA (p. 16), 2012
abs web bib

Wireless Sensor Networks (WSN) are designed to collect large amounts of heterogeneous data to monitor environmental phenomenon. Our aim is to adapt WSN nodes communication to their context, in order to optimize the lifetime of the network. Our description of context and WSN characteristics are based on ontologies. Based upon a critical analysis of existing ontologies which formalize the WSN domain, we determine that the Semantic Sensor Network (SSN) ontology is the most suitable to represent the WSN issues. However, as the communication data policy is not characterized either by SSN or by other ontologies, we propose to enrich the SSN ontology with a new pattern describing communication. In this paper, we will ﬁrst integrate the different concepts related to WSN in the SSN ontology and then we will use the resulting ontology, called Wireless Semantic Sensor Network ontology, in an agri-environmental scenario to illustrate the interest of our approach.
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@inproceedings{PUB00036477, author = {Bendadouche, R. and Roussey, C. and De Sousa, G. and Chanet, J.P. and Hou, K.M.}, title = {Extension of the Semantic Sensor Network Ontology for Wireless Sensor Networks: The Stimulus-WSNnode-Communication Pattern}, title = {Extension de l'ontologie Semantic Sensor Network (SSN) pour les Réseaux de Capteurs Sans Fil (RCSF) : le patron Stimulus-N½udRCSF-Communication }, bookTitle = {5th International Workshop on Semantic Sensor Networks in conjunction with the 11th International Semantic Web Conference ( ISWC), 12/11/2012-12/11/2012, Boston, USA}, pages = {16}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00036477 / http://ceur-ws.org/Vol-904/paper5.pdf}, year = {2012}, affiliation = {IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; IRSTEA CLERMONT FERRAND UR TSCF FRA ; LIMOS UNIVERSITE DE CLERMONT FERRAND II FRA}, abstract = {Wireless Sensor Networks (WSN) are designed to collect large amounts of heterogeneous data to monitor environmental phenomenon. Our aim is to adapt WSN nodes communication to their context, in order to optimize the lifetime of the network. Our description of context and WSN characteristics are based on ontologies. Based upon a critical analysis of existing ontologies which formalize the WSN domain, we determine that the Semantic Sensor Network (SSN) ontology is the most suitable to represent the WSN issues. However, as the communication data policy is not characterized either by SSN or by other ontologies, we propose to enrich the SSN ontology with a new pattern describing communication. In this paper, we will ﬁrst integrate the different concepts related to WSN in the SSN ontology and then we will use the resulting ontology, called Wireless Semantic Sensor Network ontology, in an agri-environmental scenario to illustrate the interest of our approach.}, }
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A. Jacquot, G. De Sousa, J.P. Chanet, F. Pinet
Réseau de capteurs sans fil pour le suivi de l'humidité du sol des vignes
ECOTECHS' 2011, Capteurs et systèmes de mesures pour les applications environnementales, 17/10/2011-18/10/2011, Montoldre ( 03), FRA (p. 7-10), 2011
abs web bib

Les avancées technologiques en électronique embarquée ainsi que sur les communications sans fil, ont permis de développer un nouveau domaine de recherche, les Réseaux de Capteurs Sans Fil. Cette technologie permet, entre autres, de mailler une zone afin d'effectuer des mesures automatiques et de les transmettre à distance à un serveur central. Dans le cadre du projet DISP'eau du 8ème appel du Fond Unique Interministériel (FUI), nous avons choisi cette technologie pour suivre l'évolution de l'humidité du sol pour la vigne. L'objectif est d'alimenter un outil d'aide à la décision pour améliorer la gestion de l' irrigation. Cet article présente le capteur sans fil développé et son déploiement sur site. Après plusieurs mois de collecte de données, un premier bilan de l'expérimentation est dressé.
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@inproceedings{PUB00034189, author = {Jacquot, A. and De Sousa, G. and Chanet, J.P. and Pinet, F.}, title = {Réseau de capteurs sans fil pour le suivi de l'humidité du sol des vignes }, title = {Wireless sensor network for soil moisture monitoring }, bookTitle = {ECOTECHS' 2011, Capteurs et systèmes de mesures pour les applications environnementales, 17/10/2011-18/10/2011, Montoldre ( 03), FRA}, pages = {7-10}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00034189}, year = {2011}, affiliation = {CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA}, abstract = {Les avancées technologiques en électronique embarquée ainsi que sur les communications sans fil, ont permis de développer un nouveau domaine de recherche, les Réseaux de Capteurs Sans Fil. Cette technologie permet, entre autres, de mailler une zone afin d'effectuer des mesures automatiques et de les transmettre à distance à un serveur central. Dans le cadre du projet DISP'eau du 8ème appel du Fond Unique Interministériel (FUI), nous avons choisi cette technologie pour suivre l'évolution de l'humidité du sol pour la vigne. L'objectif est d'alimenter un outil d'aide à la décision pour améliorer la gestion de l' irrigation. Cet article présente le capteur sans fil développé et son déploiement sur site. Après plusieurs mois de collecte de données, un premier bilan de l'expérimentation est dressé. }, }
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G. De Sousa, S. Grimbuhler, J.P. Chanet, J.C. Champomier
An information system dedicated to pesticides users security
AgEng 2010 : International Conference on Agricultural Engineering, 06/09/2010-08/09/2010, Clermont Ferrand, FRA / Book of Abstracts (p. 6), 2010
abs web bib

Many recent studies deal with the pesticides. According to their characteristics, good practices in their usage are then essential to avoid any kind of exposure. To answer to this problematic, the development of an application which aims at grouping into the same information system, all the most relevant existing information about this topic, has been investigated. This article presents the followed approach to reach that purpose. The first step is the establishment of a knowledge base in order to build the information system model. This base is elaborated from the different identified sources and from inquiries realized with future users. The second is the development of a module dedicated to the integration of data from several sources. A method to extract information from online databases has then been developed. The integration of other types of information sources is in progress. A configurable interface is finally associated to the information system to display the data according to the end users needs.
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@inproceedings{PUB00030954, author = {De Sousa, G. and Grimbuhler, S. and Chanet, J.P. and Champomier, J.C.}, title = {An information system dedicated to pesticides users security}, title = {Un système d'information dédié à la sécurité des utilisateurs de pesticides}, bookTitle = {AgEng 2010 : International Conference on Agricultural Engineering, 06/09/2010-08/09/2010, Clermont Ferrand, FRA / Book of Abstracts}, pages = {6}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00030954}, year = {2010}, affiliation = {CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF ANTONY UR TSAN FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA}, ISBNISSN = {13 : 978-2-85362-684-2}, abstract = {Many recent studies deal with the pesticides. According to their characteristics, good practices in their usage are then essential to avoid any kind of exposure. To answer to this problematic, the development of an application which aims at grouping into the same information system, all the most relevant existing information about this topic, has been investigated. This article presents the followed approach to reach that purpose. The first step is the establishment of a knowledge base in order to build the information system model. This base is elaborated from the different identified sources and from inquiries realized with future users. The second is the development of a module dedicated to the integration of data from several sources. A method to extract information from online databases has then been developed. The integration of other types of information sources is in progress. A configurable interface is finally associated to the information system to display the data according to the end users needs.}, }
close
G. De Sousa, J.P. Chanet, A. Jacquot, D. Boffety, G. André, K.M. Hou
Data collection and management solution for wireless sensor networks
AgEng 2010 : International Conference on Agricultural Engineering, 06/09/2010-08/09/2010, Clermont Ferrand, FRA / Book of Abstracts (p. 6), 2010
abs web bib

Wireless sensors networks (WSN) use can be very interesting in agricultural and environmental data collection. The first WSN generations operated in a continuous data stream mode which generates high energy consumption. This article presents a new WSN platform that limits data exchanges and has an increased lifetime. All of its components are designed in a resource aware mode in relation with energy, memory and processing. This platform is built on wireless sensors, implementing a hardware component-based concept, that allow them to be combined to form a more evolved wireless device. To manage this wireless sensor, a hybrid operating system, both multithreading and based on events, has been developed and is associated to a micro-file system. A WSN management tool is in charge of monitoring the wireless sensors and of the data collection. A first evaluation of this WSN platform has been realised in an agricultural context data collection.
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@inproceedings{PUB00030956, author = {De Sousa, G. and Chanet, J.P. and Jacquot, A. and Boffety, D. and André, G. and Hou, K.M.}, title = {Data collection and management solution for wireless sensor networks}, title = {Solution de collecte et de gestion de données pour les réseaux de capteurs sans fil}, bookTitle = {AgEng 2010 : International Conference on Agricultural Engineering, 06/09/2010-08/09/2010, Clermont Ferrand, FRA / Book of Abstracts}, pages = {6}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00030956}, year = {2010}, affiliation = {CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CNRS UMR 6158 LIMOS CLERMONT FERRAND FRA}, ISBNISSN = {13 : 978-2-85362-684-2}, abstract = {Wireless sensors networks (WSN) use can be very interesting in agricultural and environmental data collection. The first WSN generations operated in a continuous data stream mode which generates high energy consumption. This article presents a new WSN platform that limits data exchanges and has an increased lifetime. All of its components are designed in a resource aware mode in relation with energy, memory and processing. This platform is built on wireless sensors, implementing a hardware component-based concept, that allow them to be combined to form a more evolved wireless device. To manage this wireless sensor, a hybrid operating system, both multithreading and based on events, has been developed and is associated to a micro-file system. A WSN management tool is in charge of monitoring the wireless sensors and of the data collection. A first evaluation of this WSN platform has been realised in an agricultural context data collection.}, }
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A. Jacquot, J.P. Chanet, K.M. Hou, G. De Sousa, A. Monier
A new management method for wireless sensor networks
9th IEEE IFIP Annual Mediterranean Ad Hoc Networking Worshop, 23/06/2010-25/06/2010, Juan les Pins, FRA (p. 9), 2010
abs web bib

The Wireless Sensor Networks (WSN) with their constant evolution, need new management methods to be monitored efficiently by taking into account the context and their constraints such as energy consumption, reliability and remote monitoring. WSN has diverse application domains: smart home, smart care, environmental data collection etc. In order to manage a large scale WSN, several Wireless sensor network Management Tools (WMTs) are developed. Some of them use SNMP protocol like because it is impossible to implement the full compliance classical SNMP standard on each wireless sensor node. Therefore, it is important to develop a new WMT with a restricted SNMP standard dedicated to WSN applications. In this paper, we present a new WMT named LiveNCM: LiveNode Non invasive Context-aware, and modular Management tool. LiveNCM is divided into two main parts: one is centralized on the fixed network structure and another one, distributed on each node. Each part introduces the concept of non-invasive context-aware to reduce data exchanges and diagnoses the wireless sensor node state with few messages. Moreover, nodes are based on a configurable modular architecture enables to adapt to an application and to a local node constraints. LiveNCM is implemented on the LiveNode platform to validate the energy consumption and on a UNIX system to validate the adopted SNMP sub-agent. Ultimately, a decreasing data exchange and an improvement in the energy consumption in the entire WSN were observed. An implementation of the proposed management method is presented.
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@inproceedings{PUB00029116, author = {Jacquot, A. and Chanet, J.P. and Hou, K.M. and De Sousa, G. and Monier, A.}, title = {A new management method for wireless sensor networks }, title = {Une nouvelle méthode d'administration pour les réseaux de capteurs sans fil}, bookTitle = {9th IEEE IFIP Annual Mediterranean Ad Hoc Networking Worshop, 23/06/2010-25/06/2010, Juan les Pins, FRA}, pages = {9}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00029116}, year = {2010}, affiliation = {CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; LIMOS UNIVERSITE BLAISE PASCAL CLERMONT FERRAND FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; LIMOS UNIVERSITE BLAISE PASCAL CLERMONT FERRAND FRA}, abstract = {The Wireless Sensor Networks (WSN) with their constant evolution, need new management methods to be monitored efficiently by taking into account the context and their constraints such as energy consumption, reliability and remote monitoring. WSN has diverse application domains: smart home, smart care, environmental data collection etc. In order to manage a large scale WSN, several Wireless sensor network Management Tools (WMTs) are developed. Some of them use SNMP protocol like because it is impossible to implement the full compliance classical SNMP standard on each wireless sensor node. Therefore, it is important to develop a new WMT with a restricted SNMP standard dedicated to WSN applications. In this paper, we present a new WMT named LiveNCM: LiveNode Non invasive Context-aware, and modular Management tool. LiveNCM is divided into two main parts: one is centralized on the fixed network structure and another one, distributed on each node. Each part introduces the concept of non-invasive context-aware to reduce data exchanges and diagnoses the wireless sensor node state with few messages. Moreover, nodes are based on a configurable modular architecture enables to adapt to an application and to a local node constraints. LiveNCM is implemented on the LiveNode platform to validate the energy consumption and on a UNIX system to validate the adopted SNMP sub-agent. Ultimately, a decreasing data exchange and an improvement in the energy consumption in the entire WSN were observed. An implementation of the proposed management method is presented. }, }
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A. Jacquot, J.P. Chanet, G. De Sousa
Les réseaux de capteurs sans fil au service des applications agri-environnementales
Journée thématique PHC/ResCom, RESeaux de capteurS et Applications Critiques de Surveillance (RESSACS), 25/06/2010, Bayonne, FRA (p. 25), 2010
abs web bib

Les évolutions technologiques des dernières années ont permis de mettre en évidence un nouveau domaine de recherche : les Réseaux de Capteurs Sans Fil (RCSFs). Les RCSFs sont basés sur des systèmes embarqués à fortes contraintes de ressources telles que l'énergie, la puissance de calcul et la mémoire. Leurs domaines d'application sont vastes allant notamment de la collecte de données environnementales à la surveillance d'infrastructures en passant par l'aide aux personnes. Nos recherches portent sur l'utilisation de cette nouvelle technologie au service de l'agriculture et de l'environnement pour collecter des données agri-environnementales et proposer des solutions d'intégration de données. Les informations ainsi récoltées sont intégrées dans un système d'information et d'aide à la décision capable d'appliquer des traitements plus complexes et d'aider l'utilisateur dans ses politiques de gestion. Les RCSFs sont encore peu déployés de manière permanente en raison de la complexité de leur fonctionnement et des nombreuses problématiques restantes (gestion énergétique, routage des informations, etc.). Dans le cadre d'applications agri- environnementales, les RCSFs sont utilisés pour couvrir de larges zones afin d'avoir une vision globale à distance. Pour répondre à cette demande, nous développons un système embarqué à faible consommation. Son but est de récolter les données et de les transmettre à distance de manière fiable. Cette plateforme a pour ambition de couvrir une saison entière de culture sans aucune intervention sur les n½uds. Pour cela, sa consommation énergétique a été soigneusement étudiée pour maximiser son autonomie. Dans le cadre de nos travaux, nous utilisons les RCSFs pour pallier au manque d'infrastructure filaire. Des n½uds passerelles permettent d'étendre le réseau sur plusieurs parcelles sans nécessité de lourds travaux. L'une de nos applications propose une solution de pilotage de l'irrigation à distance en fonction des relevés capteurs. L'administration de tel réseau demande de prendre en compte l'ensemble des contraintes possibles avant de le mettre en place. Par ailleurs, la mise à disposition des données récoltées à l'utilisateur reste un point sur lequel des travaux devront être menés afin d'intégrer cette nouvelle source d'information dans un système d'information central.
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@inproceedings{PUB00029115, author = {Jacquot, A. and Chanet, J.P. and De Sousa, G.}, title = {Les réseaux de capteurs sans fil au service des applications agri-environnementales }, title = {Wireless Sensor Network for agri-environmental applications}, bookTitle = {Journée thématique PHC/ResCom, RESeaux de capteurS et Applications Critiques de Surveillance (RESSACS), 25/06/2010, Bayonne, FRA}, pages = {25}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00029115}, year = {2010}, affiliation = {CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA}, abstract = {Les évolutions technologiques des dernières années ont permis de mettre en évidence un nouveau domaine de recherche : les Réseaux de Capteurs Sans Fil (RCSFs). Les RCSFs sont basés sur des systèmes embarqués à fortes contraintes de ressources telles que l'énergie, la puissance de calcul et la mémoire. Leurs domaines d'application sont vastes allant notamment de la collecte de données environnementales à la surveillance d'infrastructures en passant par l'aide aux personnes. Nos recherches portent sur l'utilisation de cette nouvelle technologie au service de l'agriculture et de l'environnement pour collecter des données agri-environnementales et proposer des solutions d'intégration de données. Les informations ainsi récoltées sont intégrées dans un système d'information et d'aide à la décision capable d'appliquer des traitements plus complexes et d'aider l'utilisateur dans ses politiques de gestion. Les RCSFs sont encore peu déployés de manière permanente en raison de la complexité de leur fonctionnement et des nombreuses problématiques restantes (gestion énergétique, routage des informations, etc.). Dans le cadre d'applications agri- environnementales, les RCSFs sont utilisés pour couvrir de larges zones afin d'avoir une vision globale à distance. Pour répondre à cette demande, nous développons un système embarqué à faible consommation. Son but est de récolter les données et de les transmettre à distance de manière fiable. Cette plateforme a pour ambition de couvrir une saison entière de culture sans aucune intervention sur les n½uds. Pour cela, sa consommation énergétique a été soigneusement étudiée pour maximiser son autonomie. Dans le cadre de nos travaux, nous utilisons les RCSFs pour pallier au manque d'infrastructure filaire. Des n½uds passerelles permettent d'étendre le réseau sur plusieurs parcelles sans nécessité de lourds travaux. L'une de nos applications propose une solution de pilotage de l'irrigation à distance en fonction des relevés capteurs. L'administration de tel réseau demande de prendre en compte l'ensemble des contraintes possibles avant de le mettre en place. Par ailleurs, la mise à disposition des données récoltées à l'utilisateur reste un point sur lequel des travaux devront être menés afin d'intégrer cette nouvelle source d'information dans un système d'information central. }, }
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D. Boffety, J.P. Chanet, K.M. Hou, G. André, A. Amamra, G. De Sousa, A. Jacquot
Hybrid wireless networks for advanced communication services in agriculture
EFITA 2009, 06/07/2009-08/07/2009, Wageningen, NLD (p. 1), 2009
abs web bib

Poster de présentation du projet NetAdded.
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@inproceedings{PUB00026136, author = {Boffety, D. and Chanet, J.P. and Hou, K.M. and André, G. and Amamra, A. and De Sousa, G. and Jacquot, A.}, title = {Hybrid wireless networks for advanced communication services in agriculture}, title = {Réseaux sans fil hybrides pour des des services de communication avancés en agriculture}, bookTitle = {EFITA 2009, 06/07/2009-08/07/2009, Wageningen, NLD}, pages = {1}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00026136}, year = {2009}, affiliation = {CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA ; CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA ; UNIVERSITE DE CLERMONT FERRAND LIMOS CNRS UMR 6158 FRA ; CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA ; UNIVERSITE DE CLERMONT FERRAND LIMOS CNRS UMR 6158 FRA ; CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA ; CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA}, abstract = {Poster de présentation du projet NetAdded.}, }
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M. Visoli, S. Ternès, J.P. Chanet, F. Pinet, A. Miralles, S. Bernard, G. De Sousa
A new information system for tracing geolocations of bovine cattle
Atelier Systèmes d'Information et de Décision pour l'Environnement, INFORSID 2009, 26/05/2009, Toulouse, FRA (p. 11), 2009
abs web bib

The present paper describes the main idea of a new information system architecture dedicated to the animal geolocation acquisitions. It is applied to traceability of beefs in Brazil. In case of sanitary alerts, the system should be able to determine the animals which have been in contact with a diseased animal. This proposal is issued from studies undertaken in the project OTAG supported by the European Union. OTAG focuses on improving methods and geotechnologies for recording reliable and accurate data on beef production. OTAG develops an operational geo-decisional system to track and trace the mobility, provenance, and state of beef cattle. The presented method enables the acquisition of animal geolocations at a large scale. It minimizes the quantity of devices equipped on animals, and consequently the global economical and energetic costs of the system.
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@inproceedings{PUB00026325, author = {Visoli, M. and Ternès, S. and Chanet, J.P. and Pinet, F. and Miralles, A. and Bernard, S. and De Sousa, G.}, title = {A new information system for tracing geolocations of bovine cattle}, title = {Un nouveau système d'information pour la geolocalisation des troupeaux}, bookTitle = {Atelier Systèmes d'Information et de Décision pour l'Environnement, INFORSID 2009, 26/05/2009, Toulouse, FRA}, pages = {11}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00026325}, year = {2009}, affiliation = {EMBRAPA BRA ; EMPRAPA BRA ; CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA ; CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA ; CEMAGREF MONTPELLIER UR LCMO UMR TETIS FRA ; CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA ; CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA}, abstract = {The present paper describes the main idea of a new information system architecture dedicated to the animal geolocation acquisitions. It is applied to traceability of beefs in Brazil. In case of sanitary alerts, the system should be able to determine the animals which have been in contact with a diseased animal. This proposal is issued from studies undertaken in the project OTAG supported by the European Union. OTAG focuses on improving methods and geotechnologies for recording reliable and accurate data on beef production. OTAG develops an operational geo-decisional system to track and trace the mobility, provenance, and state of beef cattle. The presented method enables the acquisition of animal geolocations at a large scale. It minimizes the quantity of devices equipped on animals, and consequently the global economical and energetic costs of the system.}, }
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M. Visoli, S. Ternès, F. Pinet, J.P. Chanet, A. Miralles, S. Bernard, G. De Sousa
Computational architecture of OTAG project
EFITA 2009, 06/07/2009-08/07/2009, Wageningen, NLD / Bregt, A., Wolfert, S., Wien, J.E., ; Lokhorst, C. (Eds.), EFITA conference '09. Proceedings of the 7th EFITA Conference, Wageningen, Netherlands, 6-8 July 2009 (p. 165-172), Wageningen Academic Publishers, Wageningen, NLD, 2009
abs web bib

Beef cattle is a product of great importance for the economy of countries like Brazil, one of the major producer and exporter in the world. However, to maintain itself on this important economic position, Brazil needs constantly to improve its production systems as well to invest in aspects related to sanitary control, according to the requirements of the consuming market like the European Community. The goal of OTAG (Operational Management and Geodecisional Prototype to Track and Trace Agricultural Production) project is to provide conditions to know the relative risks concerning to the bovine traceability, in the context of Southern Cone Countries and the EU policies. The project is based on the existing knowledge in Europe and Canada concerning to information systems and geodecisional tools, as well to the interaction among experts and user groups from South Cone, Canada and Europe. The goal of this project was to prove the feasibility of an Information system tracing a bovine all along its live. For what, an electronic devices has been conceived for acquiring the animal geolocation in the herd. This information is associated to data about farm management, such as feeding and production systems in use. This paper presents the characteristics, tools and phases related to the development of the information system prototype for the OTAG project, which has capacity to provide support for animal geolocation data, production system data, and data analysis using business intelligence technologies.
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@inproceedings{PUB00026135, author = {Visoli, M. and Ternès, S. and Pinet, F. and Chanet, J.P. and Miralles, A. and Bernard, S. and De Sousa, G.}, title = {Computational architecture of OTAG project}, title = {Architecture informatique du projet OTAG}, bookTitle = {EFITA 2009, 06/07/2009-08/07/2009, Wageningen, NLD / Bregt, A., Wolfert, S., Wien, J.E., ; Lokhorst, C. (Eds.), EFITA conference '09. Proceedings of the 7th EFITA Conference, Wageningen, Netherlands, 6-8 July 2009}, address = {Wageningen, NLD}, publisher = {Wageningen Academic Publishers}, pages = {165-172}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00026135 / http://www.efita.net/}, year = {2009}, affiliation = {EMPRAPA AGRICULTURE INFORMATICS BRA ; EMBRAPA AGRICULTURE INFORMATICS BRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF MONTPELLIER UR LCMO UMR TETIS FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA}, abstract = {Beef cattle is a product of great importance for the economy of countries like Brazil, one of the major producer and exporter in the world. However, to maintain itself on this important economic position, Brazil needs constantly to improve its production systems as well to invest in aspects related to sanitary control, according to the requirements of the consuming market like the European Community. The goal of OTAG (Operational Management and Geodecisional Prototype to Track and Trace Agricultural Production) project is to provide conditions to know the relative risks concerning to the bovine traceability, in the context of Southern Cone Countries and the EU policies. The project is based on the existing knowledge in Europe and Canada concerning to information systems and geodecisional tools, as well to the interaction among experts and user groups from South Cone, Canada and Europe. The goal of this project was to prove the feasibility of an Information system tracing a bovine all along its live. For what, an electronic devices has been conceived for acquiring the animal geolocation in the herd. This information is associated to data about farm management, such as feeding and production systems in use. This paper presents the characteristics, tools and phases related to the development of the information system prototype for the OTAG project, which has capacity to provide support for animal geolocation data, production system data, and data analysis using business intelligence technologies. }, }
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G. De Sousa, H.Y. Zhou, K.M. Hou, C. De Vaulx, J.P. Chanet
Système pour l'acquisition et la gestion de données environnementales
Atelier Thématique "Système d'Information et de Décision pour l'Environnement" associé au XXVIème Congrès INFORSID, 27/05/2008-30/05/2008, Fontainebleau, FRA / Actes de Atelier Thématique "Système d'Information et de Décision pour l'Environnement" (p. 77-84), 2008
abs web bib

Environmental data collection is part of the various applications of Wireless Sensor Networks (WSN). In this article, a complete system dedicated to collect and to manage this kind of data is presented. It is based on a wireless sensor, a real-time kernel and a micro-file system. Each element brings innovative concepts compared to existing solutions such as the LiveFile system dedicated both to Flash memory management and simple data query. / L'acquisition de données environnementales fait partie des nombreux domaines d'applications des réseaux de capteurs sans fil (RCSF). Dans cet article, un système complet pour l'acquisition et la gestion de ce type de données est présenté. Il comprend un capteur sans fil, un noyau temps-réel et un microsystème de fichiers. Chaque élément apporte des innovations par rapport aux solutions existantes comme le système LiveFile dédié à la fois à la gestion de la mémoire Flash et à l'interrogation simple de données.
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@inproceedings{PUB00024157, author = {De Sousa, G. and Zhou, H.Y. and Hou, K.M. and De Vaulx, C. and Chanet, J.P.}, title = {Système pour l'acquisition et la gestion de données environnementales}, title = {System dedicated to environmental data collection and management}, bookTitle = {Atelier Thématique "Système d'Information et de Décision pour l'Environnement" associé au XXVIème Congrès INFORSID, 27/05/2008-30/05/2008, Fontainebleau, FRA / Actes de Atelier Thématique "Système d'Information et de Décision pour l'Environnement"}, pages = {77-84}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00024157}, year = {2008}, affiliation = {CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA ; HARBIN INSTITUTE OF TECHNOLOGY CHN ; LIMOS CNRS UMR 6158 CLERMONT FERRAND FRA ; LIMOS CNRS UMR 6158 CLERMONT FERRAND FRA ; CEMAGREF CLERMONT FERRAND UR TSCF UMR TETIS FRA}, abstract = {Environmental data collection is part of the various applications of Wireless Sensor Networks (WSN). In this article, a complete system dedicated to collect and to manage this kind of data is presented. It is based on a wireless sensor, a real-time kernel and a micro-file system. Each element brings innovative concepts compared to existing solutions such as the LiveFile system dedicated both to Flash memory management and simple data query. / L'acquisition de données environnementales fait partie des nombreux domaines d'applications des réseaux de capteurs sans fil (RCSF). Dans cet article, un système complet pour l'acquisition et la gestion de ce type de données est présenté. Il comprend un capteur sans fil, un noyau temps-réel et un microsystème de fichiers. Chaque élément apporte des innovations par rapport aux solutions existantes comme le système LiveFile dédié à la fois à la gestion de la mémoire Flash et à l'interrogation simple de données.}, }
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Technical Reports (7)

G. De Sousa, A. Jacquot, F. Pinet, J.P. Chanet
Rapport technique Projet DISP'eau du 1er mars 2010 au 31 mai 2011
2011
abs web bib

L'objectif principal du projet DISP'eau est l'élaboration, dans le cadre de la viticulture, d'un outil d'aide à la décision (OAD) relatif à la gestion de la ressource en eau. Cet outil doit notamment intégrer des scénarios où intervient l'irrigation pour les cas où celle-ci est autorisée. Pour ce faire, cet outil utilise des modèles qu'il faut alimenter avec différents types de données. Une partie de celles-ci sont fournies par une plate-forme de collecte automatique des données développée par le Cemagref. Le rapport technique suivant présente les travaux réalisés jusqu'à aujourd'hui au niveau de cette plate-forme.
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@techreport{PUB00034694, author = {De Sousa, G. and Jacquot, A. and Pinet, F. and Chanet, J.P.}, title = {Rapport technique Projet DISP'eau du 1er mars 2010 au 31 mai 2011}, title = {Technical report Project DISP'eau from March 1, 2010 to May 31, 2011}, pages = {26}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00034694}, year = {2011}, affiliation = {CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA}, abstract = {L'objectif principal du projet DISP'eau est l'élaboration, dans le cadre de la viticulture, d'un outil d'aide à la décision (OAD) relatif à la gestion de la ressource en eau. Cet outil doit notamment intégrer des scénarios où intervient l'irrigation pour les cas où celle-ci est autorisée. Pour ce faire, cet outil utilise des modèles qu'il faut alimenter avec différents types de données. Une partie de celles-ci sont fournies par une plate-forme de collecte automatique des données développée par le Cemagref. Le rapport technique suivant présente les travaux réalisés jusqu'à aujourd'hui au niveau de cette plate-forme.}, }
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A. Miralles, F. Vernier, N. Carluer, F. Pinet, K. Faidix, C. Lauvernet, G. Molla, K. Petit, S. Bernard, V. Gouy, S. Bimonte, G. De Sousa, JP. Chanet
Un SIE Pesticides pour la réduction de l’impact des produits phytosanitaires sur l’environnement : rapport novembre 2010 (2ème année)
2010
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L’objectif du projet SIE Pesticides est d’améliorer la production des connaissances des équipes thématiques en les dotant d’outils informatiques avant-gardistes conçus spécifiquement par les équipes informatiques. Ces dernières ont en charge en outre la structuration de la connaissance produite quasiment dès sa production. Les travaux ont en plus porté sur l'emboîtement d'échelle des bassins versants.
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@techreport{PUB00034575, author = {Miralles, A. and Vernier, F. and Carluer, N. and Pinet, F. and Faidix, K. and Lauvernet, C. and Molla, G. and Petit, K. and Bernard, S. and Gouy, V. and Bimonte, S. and De Sousa, G. and Chanet, JP.}, title = {Un SIE Pesticides pour la réduction de l’impact des produits phytosanitaires sur l’environnement : rapport novembre 2010 (2ème année)}, pages = {18}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00034575}, year = {2010}, affiliation = {CEMAGREF MONTPELLIER UR LCMO UMR TETIS FRA ; CEMAGREF BORDEAUX UR ADBX FRA ; CEMAGREF LYON UR MALY FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF LYON UR MALY FRA ; CEMAGREF LYON UR MALY FRA ; CEMAGREF MONTPELLIER UR LCMO UMR TETIS FRA ; CEMAGREF BORDEAUX UR ADBX FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF LYON UR MALY FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA}, abstract = {L’objectif du projet SIE Pesticides est d’améliorer la production des connaissances des équipes thématiques en les dotant d’outils informatiques avant-gardistes conçus spécifiquement par les équipes informatiques. Ces dernières ont en charge en outre la structuration de la connaissance produite quasiment dès sa production. Les travaux ont en plus porté sur l'emboîtement d'échelle des bassins versants.}, }
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A. Miralles, V. Gouy, F. Vernier, C. Lauvernet, F. Pinet, N. Carluer, S. Bernard, K. Petit, K. Faidix, G. Molla, JP. Chanet, G. De Sousa, S. Bimonte
Un SIE Pesticides pour la réduction de l’impact des produits phytosanitaires sur l’environnement : rapport octobre 2009 (1ère année)
2009
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L’objectif du projet SIE Pesticides est d’améliorer la production des connaissances des équipes thématiques en les dotant d’outils informatiques avant-gardistes conçus spécifiquement par les équipes informatiques. Ces dernières ont en charge en outre la structuration de la connaissance produite quasiment dès sa production.
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@techreport{PUB00034573, author = {Miralles, A. and Gouy, V. and Vernier, F. and Lauvernet, C. and Pinet, F. and Carluer, N. and Bernard, S. and Petit, K. and Faidix, K. and Molla, G. and Chanet, JP. and De Sousa, G. and Bimonte, S.}, title = {Un SIE Pesticides pour la réduction de l’impact des produits phytosanitaires sur l’environnement : rapport octobre 2009 (1ère année)}, pages = {24}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00034573}, year = {2009}, affiliation = {CEMAGREF MONTPELLIER UR LCMO UMR TETIS FRA ; CEMAGREF LYON UR QELY FRA ; CEMAGREF BORDEAUX UR ADBX FRA ; CEMAGREF LYON UR QELY FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF LYON UR QELY FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF BORDEAUX UR ADBX FRA ; CEMAGREF LYON UR QELY FRA ; CEMAGREF MONTPELLIER UR LCMO UMR TETIS FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA}, abstract = {L’objectif du projet SIE Pesticides est d’améliorer la production des connaissances des équipes thématiques en les dotant d’outils informatiques avant-gardistes conçus spécifiquement par les équipes informatiques. Ces dernières ont en charge en outre la structuration de la connaissance produite quasiment dès sa production.}, }
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M. Visoli, S. Ternès, J.P. Chanet, F. Pinet, G. De Sousa, A. Miralles
OTAG information system
2008
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Beef cattle is a product of great importance for the economy of countries like Brazil, nowadays the most important producer and exporter country of beef cattle in the world. However, to maintain itself on this important economic position, Brazil needs constantly to improve its production systems as well to invest in aspects related to sanitary control, according to the requirements of the consuming market like the European Community. The goal of OTAG project is to provide conditions to know the relative risks concerning to the bovine traceability, in the context of Southern Cone Countries and the EU policies. The project is based on the existing knowledge in Europe and Canada concerning to information systems and geo-decisional tools, as well to the interaction among experts and user groups from South Cone, Canada and Europe. OTAG prototype conceives the use of electronic devices for measuring the animal geo-localization in the herd. This information is associated to data about farm management, such as feeding and production systems in use. This paper presents the characteristics, tools and steps concerned to the development of the OTAG information system, aiming to obtain a prototype to analyse the beef cattle traceability under experimental conditions in Campo Grande, Brazil.
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@techreport{PUB00025070, author = {Visoli, M. and Ternès, S. and Chanet, J.P. and Pinet, F. and De Sousa, G. and Miralles, A.}, title = {OTAG information system}, title = {Systèmes d'Information OTAG}, pages = {15}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00025070}, year = {2008}, affiliation = {EMBRAPA AGRICULTURE INFORMATICS CAMPINAS BRA ; EMBRAPA AGRICULTURE INFORMATICS CAMPINAS BRA ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; CEMAGREF MONTPELLIER LCMO UMR TETIS}, abstract = {Beef cattle is a product of great importance for the economy of countries like Brazil, nowadays the most important producer and exporter country of beef cattle in the world. However, to maintain itself on this important economic position, Brazil needs constantly to improve its production systems as well to invest in aspects related to sanitary control, according to the requirements of the consuming market like the European Community. The goal of OTAG project is to provide conditions to know the relative risks concerning to the bovine traceability, in the context of Southern Cone Countries and the EU policies. The project is based on the existing knowledge in Europe and Canada concerning to information systems and geo-decisional tools, as well to the interaction among experts and user groups from South Cone, Canada and Europe. OTAG prototype conceives the use of electronic devices for measuring the animal geo-localization in the herd. This information is associated to data about farm management, such as feeding and production systems in use. This paper presents the characteristics, tools and steps concerned to the development of the OTAG information system, aiming to obtain a prototype to analyse the beef cattle traceability under experimental conditions in Campo Grande, Brazil.}, }
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M. Visoli, S. Ternès, A. Miralles, J.P. Chanet, F. Pinet, G. De Sousa, P.P. Pires, T. Amaral
UML Model of the OTAG local system
2008
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This report presents the version 2.0 of the UML model for Otag local system, developed during the stay of Marcos Visoli and Sonia Ternes in Clermont-Ferrand, from June, 06 to July, 18, as a result of the discussion and interaction between Cemagref and Embrapa's teams.
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@techreport{PUB00024813, author = {Visoli, M. and Ternès, S. and Miralles, A. and Chanet, J.P. and Pinet, F. and De Sousa, G. and Pires, P.P. and Amaral, T.}, title = {UML Model of the OTAG local system}, title = {Modèle UML du système local OTAG}, pages = {8}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00024813}, year = {2008}, affiliation = {EMBRAPA BRESIL BRA ; EMBRAPA BRESIL BRA ; CEMAGREF MONTPELLIER LCMO UMR TETIS ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; EMBRAPA BRESIL BRA ; EMBRAPA BRESIL BRA}, abstract = {This report presents the version 2.0 of the UML model for Otag local system, developed during the stay of Marcos Visoli and Sonia Ternes in Clermont-Ferrand, from June, 06 to July, 18, as a result of the discussion and interaction between Cemagref and Embrapa's teams.}, }
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C. Werey, J.P. Torterotot, G. De Sousa, A. König, A. Peirera, M. Montginoul
CARE S Computer Aided REhabilitation of Sewer networks. WP5 Socio-economic impacts of rehabilitation strategies. Task 5.1: Rehabilitation impacts on socio-economic costs
2005
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Knowledge and assessment of social and economic external costs can be useful for assisting decision-making in sewer network rehabilitation. External impacts of both failures and rehabilitation works are relevant criteria. Understanding of public perception and tolerance towards failures or works are needed for external communication and public participation. These are the topics addressed by work package 5 socio-economic impacts of rehabilitation strategies in project CARE-S Computer Aided Rehabilitation of Sewer systems, supported by the European Commission under the 5th Framework Program. This report focuses on the definition and assessment of criteria representing social costs due to sewer network failures, to be considered in a multi-criteria procedure for rehabilitation projects ranking. / La connaissance et l'évaluation des coûts externes sociaux et économiques peuvent être utiles pour aider à la prise de décision en matière de réhabilitation des réseaux d'assainissement. Les impacts externes des défaillances d'une part, des travaux de réhabilitation d'autre part, constituent des critères pertinents à ce titre. Par ailleurs, il est nécessaire de comprendre la perception par le public et sa tolérance vis-à-vis des défaillances comme des travaux, pour permettre la communication avec le public et sa participation. Ce sont là les aspects abordés dans le « work package » 5, sur les impacts socio-économiques des stratégies de réhabilitation, du projet CARE-S Computer Aided Rehabilitation of Sewer systems, soutenu par la Commission Européenne au titre du 5ème Programme Cadre de Recherche et Développement. Ce rapport se focalise sur la définition et l'évaluation de critères représentant les coûts sociaux engendrés par les défaillances des réseaux d'assainissement, critères destinés à être utilisés dans une procédure multi-critère de classement de priorité entre projets de réhabilitation.
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@techreport{PUB00019273, author = {Werey, C. and Torterotot, J.P. and De Sousa, G. and König, A. and Peirera, A. and Montginoul, M.}, title = {CARE S Computer Aided REhabilitation of Sewer networks. WP5 Socio-economic impacts of rehabilitation strategies. Task 5.1: Rehabilitation impacts on socio-economic costs }, title = {CARE-S Outils informatique pour la décision de réhabilitation des réseaux d'assainissement. WP5 impacts socio-économiques des stratégies de réhabilitation. Tache 5.1: critères socio économiques d'impact de la rehabilitation}, pages = {169}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00019273}, year = {2005}, affiliation = {CEMAGREF LYON GSLY ; CEMAGREF LYON GSLY ; LNEC PRT ; SINTEF TRONDHEIM NOR ; CEMAGREF LYON GSLY ; CEMAGREF LYON GSLY}, number = {CGSLY.19273}, abstract = {Knowledge and assessment of social and economic external costs can be useful for assisting decision-making in sewer network rehabilitation. External impacts of both failures and rehabilitation works are relevant criteria. Understanding of public perception and tolerance towards failures or works are needed for external communication and public participation. These are the topics addressed by work package 5 socio-economic impacts of rehabilitation strategies in project CARE-S Computer Aided Rehabilitation of Sewer systems, supported by the European Commission under the 5th Framework Program. This report focuses on the definition and assessment of criteria representing social costs due to sewer network failures, to be considered in a multi-criteria procedure for rehabilitation projects ranking. / La connaissance et l'évaluation des coûts externes sociaux et économiques peuvent être utiles pour aider à la prise de décision en matière de réhabilitation des réseaux d'assainissement. Les impacts externes des défaillances d'une part, des travaux de réhabilitation d'autre part, constituent des critères pertinents à ce titre. Par ailleurs, il est nécessaire de comprendre la perception par le public et sa tolérance vis-à-vis des défaillances comme des travaux, pour permettre la communication avec le public et sa participation. Ce sont là les aspects abordés dans le « work package » 5, sur les impacts socio-économiques des stratégies de réhabilitation, du projet CARE-S Computer Aided Rehabilitation of Sewer systems, soutenu par la Commission Européenne au titre du 5ème Programme Cadre de Recherche et Développement. Ce rapport se focalise sur la définition et l'évaluation de critères représentant les coûts sociaux engendrés par les défaillances des réseaux d'assainissement, critères destinés à être utilisés dans une procédure multi-critère de classement de priorité entre projets de réhabilitation.}, }
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K.M. Hou, J.P. Chanet, F. Pinet, F. Vigier, J.J. Li, R. Aufrere, H. Zhou, G. De Sousa, A. Amamra, M. Schneider, M.A. Kang
Vers une Communication Inter Véhicule Intelligente Coopérative : CIVIC
2004
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This report present a new communication protocol for vehicle with quality of service. / Ce rapport présente un nouveau protocole de communication inter véhicule intégrant une Qualité de service.
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@techreport{PUB00014723, author = {Hou, K.M. and Chanet, J.P. and Pinet, F. and Vigier, F. and Li, J.J. and Aufrere, R. and Zhou, H. and De Sousa, G. and Amamra, A. and Schneider, M. and Kang, M.A.}, title = {Vers une Communication Inter Véhicule Intelligente Coopérative : CIVIC}, title = {An intelligent cooperative inter vehicle communication}, pages = {10}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00014723}, year = {2004}, affiliation = {CNRS LIMOS UMR 6158 AUBIERE ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE ; CNRS LIMOS UMR 6158 AUBIERE}, number = {K TS04 7}, abstract = {This report present a new communication protocol for vehicle with quality of service. / Ce rapport présente un nouveau protocole de communication inter véhicule intégrant une Qualité de service.}, }
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Irstea Motive

De Sousa Gil

Publications

Journal Articles (9)

Book Chapters (2)

In Collections (1)

In Proceedings (18)

Technical Reports (7)