Irstea Motive

X. Diao, M. Kara, J.J. Li, K.M. Hou, H. Zhou, A. Jacquot
Cooperative inter-vehicle communication protocol with low cost differential GPS
Journal of Networks JNW 4 (6), 2009
abs web bib

This paper describes a cooperative MANET protocol dedicated to intelligent transport systems, named CIVIC (Communication Inter Véhicule Intelligente et Coopérative). The CIVIC protocol is an auto-configuration inter-vehicle communication protocol, which supports adhoc and infrastructure networks, contains reactive and proactive routing components, and adapts different wireless standards. It is a context-aware protocol reacting to vehicle status, road traffic, and geographic environment. It supports location-based communication. To improve the accuracy of GPS, it integrates a localization solution called LCD-GPS (Low Cost Differential GPS). It has been implemented and experimented on the LiveNode sensor developed by our lab. At the end of this paper, an application project MobiPlus is introduced.
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@article{PUB00027050, author = {Diao, X. and Kara, M. and Li, J.J. and Hou, K.M. and Zhou, H. and Jacquot, A.}, title = {Cooperative inter-vehicle communication protocol with low cost differential GPS}, title = {Protocole coopératif de communication inter véhicule utilisant un GPS différentiel à bas coût}, journal = {Journal of Networks JNW}, volume = {4}, number = {6}, pages = {445-457}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00027050 / http://academypublisher.com/jnw/vol04/no06/jnw0406445457.html}, year = {2009}, affiliation = {UNIVERSITE DE CLERMONT FERRAND LIMOS FRA ; UNIVERSITE DE CLERMONT FERRAND LIMOS FRA ; UNIVERSITE DE CLERMONT FERRAND LIMOS FRA ; UNIVERSITE DE CLERMONT FERRAND LIMOS FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA}, abstract = {This paper describes a cooperative MANET protocol dedicated to intelligent transport systems, named CIVIC (Communication Inter Véhicule Intelligente et Coopérative). The CIVIC protocol is an auto-configuration inter-vehicle communication protocol, which supports adhoc and infrastructure networks, contains reactive and proactive routing components, and adapts different wireless standards. It is a context-aware protocol reacting to vehicle status, road traffic, and geographic environment. It supports location-based communication. To improve the accuracy of GPS, it integrates a localization solution called LCD-GPS (Low Cost Differential GPS). It has been implemented and experimented on the LiveNode sensor developed by our lab. At the end of this paper, an application project MobiPlus is introduced.}, }
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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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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, 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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X. Diao, M. Kara, J.J. Li, K.M. Hou, H. Zhou, A. Jacquot, A. Amamra
Experiments on PAVIN Platform for Cooperative Inter-vehicle Communication Protocol (CIVIC)
IEEE AFRICON 2009, 23/09/2009-25/09/2009, Nairobi, KEN (p. 7), 2009
abs web bib

This paper describes a cooperative MANET protocol dedicated to intelligent transportation systems and its new experiment results in mobile scenarios. The protocol is named CIVIC (Communication Inter Véhicule Intelligente et Coopérative). It is an auto-configuration inter-vehicle communication protocol, which supports ad-hoc and infrastructure networks, contains reactive and proactive routing components, and adapts different wireless standards. It is also a location-based and context-aware protocol reacting to vehicle status, road traffic, and geographic environment. The CIVIC protocol has been implemented on the LiveNode sensor developed by our laboratory. The new experiments of CIVIC protocol are carried out on PAVIN platform (Plate-forme d'Auvergne pour Véhicules Intelligents) supported by the TIMS (Technologies de l'Information de la Mobilité et de la Sûreté) research federation. These experiments demonstrate the feasibility and reliability of CIVIC in mobility scenarios. In addition, an application project named MobiPlus will be introduced.
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@inproceedings{PUB00026975, author = {Diao, X. and Kara, M. and Li, J.J. and Hou, K.M. and Zhou, H. and Jacquot, A. and Amamra, A.}, title = {Experiments on PAVIN Platform for Cooperative Inter-vehicle Communication Protocol (CIVIC)}, title = {Expérimentations sur la plateforme PAVIN du protocole de communication inter véhicule (CIVIC)}, bookTitle = {IEEE AFRICON 2009, 23/09/2009-25/09/2009, Nairobi, KEN}, pages = {7}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00026975}, year = {2009}, affiliation = {UNIVERSITE DE CLERMONT FERRAND FRA LIMOS ; UNIVERSITE DE CLERMONT FERRAND FRA LIMOS ; UNIVERSITE DE CLERMONT FERRAND FRA LIMOS ; UNIVERSITE DE CLERMONT FERRAND FRA LIMOS ; UNIVERSITE DE CLERMONT FERRAND FRA LIMOS ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; UNIVERSITE DE CLERMONT FERRAND FRA LIMOS}, abstract = {This paper describes a cooperative MANET protocol dedicated to intelligent transportation systems and its new experiment results in mobile scenarios. The protocol is named CIVIC (Communication Inter Véhicule Intelligente et Coopérative). It is an auto-configuration inter-vehicle communication protocol, which supports ad-hoc and infrastructure networks, contains reactive and proactive routing components, and adapts different wireless standards. It is also a location-based and context-aware protocol reacting to vehicle status, road traffic, and geographic environment. The CIVIC protocol has been implemented on the LiveNode sensor developed by our laboratory. The new experiments of CIVIC protocol are carried out on PAVIN platform (Plate-forme d'Auvergne pour Véhicules Intelligents) supported by the TIMS (Technologies de l'Information de la Mobilité et de la Sûreté) research federation. These experiments demonstrate the feasibility and reliability of CIVIC in mobility scenarios. In addition, an application project named MobiPlus will be introduced.}, }
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A. Jacquot, J.P. Chanet, K.M. Hou, X. Diao, J.J. Li
LiveNCM: A new wireless management tool
IEEE AFRICON 2009, 23/09/2009-25/09/2009, Nairobi, KEN (p. 6), 2009
abs web bib

The Wireless Sensor Networks (WSN) with their constant evolution, need new management methods to be monitored efficiently by taking into account their constraints such as energy consumption, reliability and remote monitoring. Note that WSN has diverse application domains: smart home, smart care, environmental data collection etc. In order to manage a large scale WSN, some Wireless sensor network Management Tools (WMTs) are developed. Some of them use SNMP protocol but it is impossible to implement the full classical SNMP standard on each 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 local node constraints. LiveNCM is implemented on the LiveNode platform to validate the energy consumption and on a UNIX system to validate the SNMP sub-agent used. Ultimately, a decreasing data exchange and an improvement in the energy consumption in the entire WSN were observed.
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@inproceedings{PUB00026976, author = {Jacquot, A. and Chanet, J.P. and Hou, K.M. and Diao, X. and Li, J.J.}, title = {LiveNCM: A new wireless management tool}, title = {LiveNCM : un nouvel outil d'administration sans fil}, bookTitle = {IEEE AFRICON 2009, 23/09/2009-25/09/2009, Nairobi, KEN}, pages = {6}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00026976}, year = {2009}, affiliation = {CEMAGREF CLERMONT FERRAND UR TSCF FRA ; CEMAGREF CLERMONT FERRAND UR TSCF FRA ; UNIVERSITE DE CLERMONT-FERRAND LIMOS FRA ; UNIVERSITE DE CLERMONT-FERRAND LIMOS FRA ; UNIVERSITE DE CLERMONT-FERRAND LIMOS FRA}, abstract = {The Wireless Sensor Networks (WSN) with their constant evolution, need new management methods to be monitored efficiently by taking into account their constraints such as energy consumption, reliability and remote monitoring. Note that WSN has diverse application domains: smart home, smart care, environmental data collection etc. In order to manage a large scale WSN, some Wireless sensor network Management Tools (WMTs) are developed. Some of them use SNMP protocol but it is impossible to implement the full classical SNMP standard on each 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 local node constraints. LiveNCM is implemented on the LiveNode platform to validate the energy consumption and on a UNIX system to validate the SNMP sub-agent used. Ultimately, a decreasing data exchange and an improvement in the energy consumption in the entire WSN were observed.}, }
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X. Diao, J.J. Li, K.M. Hou, H.Y. Zhou, A. Jacquot
Cooperative inter-vehicle communication protocol dedicated to intelligent transport systems
2nd NTMS'2008 Conference and Workshops, 05/11/2008-07/11/2008, Tanger, MAR (p. 139-143), 2008
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: CIVIC (Communication Inter Véhicule Intelligente et Coopérative) is described. 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 multisupport wireless access mediums. In this paper, we introduce the different worldwide leading research projects dedicated to intervehicle communication, the key features of CIVIC, the implementation of CIVIC on LiveNode sensor and the application project MobiPlus.
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@inproceedings{PUB00024968, author = {Diao, X. and Li, J.J. and Hou, K.M. and Zhou, H.Y. and Jacquot, A.}, title = {Cooperative inter-vehicle communication protocol dedicated to intelligent transport systems}, title = {Protocole de communication coopératif inter véhicule dédié au transport intelligent}, bookTitle = {2nd NTMS'2008 Conference and Workshops, 05/11/2008-07/11/2008, Tanger, MAR}, pages = {139-143}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00024968}, year = {2008}, affiliation = {CNRS LIMOS UMR 6158 UNIVERSITE CLERMONT FERRAND FRA ; CNRS LIMOS UMR 6158 UNIVERSITE CLERMONT FERRAND FRA ; CNRS LIMOS UMR 6158 UNIVERSITE CLERMONT FERRAND FRA ; HARBIN INSTITUTE OF TECHNOLOGY CHN ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS}, 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: CIVIC (Communication Inter Véhicule Intelligente et Coopérative) is described. 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 multisupport wireless access mediums. In this paper, we introduce the different worldwide leading research projects dedicated to intervehicle communication, the key features of CIVIC, the implementation of CIVIC on LiveNode sensor and the application project MobiPlus.}, }
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A. Jacquot, J.P. Chanet, K.M. Hou, X. Diao, J.J. Li
A new approach for wireless sensor network management: LiveNCM
2nd NTMS'2008 Conference and Workshops, 05/11/2008-07/11/2008, Tanger, MAR (p. 6), 2008
abs web bib

The Wireless Sensor Networks (WSN), with their constant evolution, need more and more practical and effective WSN Management Tools (WMT) for large-scale deployment. Due to the resource constraints of wireless sensor node, it is impossible to implement the full classical SNMP standard in WSN applications. Therefore, it is important to develop new WMT providing a subset of functionalities of SNMP standard dedicated to WSN by taking into account the resource constraints of wireless sensor node. In this paper, we propose a new WMT named LiveNCM: LiveNode Non invasive Context-aware and modular Management. LiveNCM is based on a configurable modular architecture enables to fit to an application and to provide traditional administration functionalities similar to the SNMP ones. In addition, LiveNCM introduces the concept of noninvasive context-aware to diagnose the wireless sensor node state to reduce the network traffic then the energy consumption. This reduction is obtained by estimating some data with linear models like polygonal ones or interpreting data message exchanges. To validate the proposed concept, the LiveNode platform is used to implement and test energy consumption with LiveNCM protocol.
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@inproceedings{PUB00024967, author = {Jacquot, A. and Chanet, J.P. and Hou, K.M. and Diao, X. and Li, J.J.}, title = {A new approach for wireless sensor network management: LiveNCM}, title = {Une nouvelle approche pour l'administration des réseaux de capteurs sans fil : LiveNCM}, bookTitle = {2nd NTMS'2008 Conference and Workshops, 05/11/2008-07/11/2008, Tanger, MAR}, pages = {6}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00024967}, year = {2008}, affiliation = {CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; CNRS LIMOS UMR 6158 UNIVERSITE CLERMONT FERRAND FRA ; CNRS LIMOS UMR 6158 UNIVERSITE CLERMONT FERRAND FRA ; CNRS LIMOS UMR 6158 UNIVERSITE CLERMONT FERRAND FRA}, abstract = {The Wireless Sensor Networks (WSN), with their constant evolution, need more and more practical and effective WSN Management Tools (WMT) for large-scale deployment. Due to the resource constraints of wireless sensor node, it is impossible to implement the full classical SNMP standard in WSN applications. Therefore, it is important to develop new WMT providing a subset of functionalities of SNMP standard dedicated to WSN by taking into account the resource constraints of wireless sensor node. In this paper, we propose a new WMT named LiveNCM: LiveNode Non invasive Context-aware and modular Management. LiveNCM is based on a configurable modular architecture enables to fit to an application and to provide traditional administration functionalities similar to the SNMP ones. In addition, LiveNCM introduces the concept of noninvasive context-aware to diagnose the wireless sensor node state to reduce the network traffic then the energy consumption. This reduction is obtained by estimating some data with linear models like polygonal ones or interpreting data message exchanges. To validate the proposed concept, the LiveNode platform is used to implement and test energy consumption with LiveNCM protocol.}, }
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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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J.P. Chanet, A. Jacquot, K.M. Hou
Développement d'un prototype expérimental de laboratoire dit capteur d'état hydrique du sol
2007
abs web bib

Présentation d'un capteur d'état hydrique du sol sans fil.
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@techreport{PUB00022507, author = {Chanet, J.P. and Jacquot, A. and Hou, K.M.}, title = {Développement d'un prototype expérimental de laboratoire dit capteur d'état hydrique du sol}, title = {Development of an experimental wireless device sensor for soil moisture measurement}, pages = {16}, url = {http://irsteadoc.irstea.fr/cemoa/PUB00022507}, year = {2007}, affiliation = {CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; CEMAGREF CLERMONT FERRAND TSCF UMR TETIS ; CNRS LIMOS UMR 6158 AUBIERE}, abstract = {Présentation d'un capteur d'état hydrique du sol sans fil.}, }
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Jacquot Aurélien

Publications

Journal Articles (2)

In Proceedings (9)

Technical Reports (2)