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Large Scale Environmental Monitoring through Integration of Sensor and Mesh Networks
AbstractMonitoring outdoor environments through networks of wireless sensors has received interest for collecting physical and chemical samples at high spatial and temporal scales. A central challenge to environmental monitoring applications of sensor networks is the short communication range of the sensor nodes, which increases the complexity and cost of monitoring commodities that are located in geographically spread areas. To address this issue, we propose a new communication architecture that integrates sensor networks with medium range wireless mesh networks, and provides users with an advanced web portal for managing sensed information in an integrated manner. Our architecture adopts a holistic approach targeted at improving the user experience by optimizing the system performance for handling data that originates at the sensors, traverses the mesh network, and resides at the server for user consumption. This holistic approach enables users to set high level policies that can adapt the resolution of information collected at the sensors, set the preferred performance targets for their application, and run a wide range of queries and analysis on both real-time and historical data. All system components and processes will be described in this paper.
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MDPI and ACS Style
Jurdak, R.; Nafaa, A.; Barbirato, A. Large Scale Environmental Monitoring through Integration of Sensor and Mesh Networks. Sensors 2008, 8, 7493-7517.View more citation formats
Jurdak R, Nafaa A, Barbirato A. Large Scale Environmental Monitoring through Integration of Sensor and Mesh Networks. Sensors. 2008; 8(11):7493-7517.Chicago/Turabian Style
Jurdak, Raja; Nafaa, Abdelhamid; Barbirato, Alessio. 2008. "Large Scale Environmental Monitoring through Integration of Sensor and Mesh Networks." Sensors 8, no. 11: 7493-7517.