Title :
Demo abstract: Collaborative indoor sensing with the SensorFly aerial sensor network
Author :
Purohit, Amruta ; Mokaya, Frank ; Pei Zhang
Abstract :
The SensorFly is a novel, low-cost, miniature (29g) controlled-mobile aerial sensor networking platform. Mobility permits a network of SensorFly nodes, unlike fixed networks, to be autonomous in deployment, maintenance and adapting to the environment, as required for emergency response situations such as fire monitoring or survivor search. We demonstrate the ability of the SensorFly system to collaboratively sense the environment (floor temperature) in a demonstration scenario. The SensorFly nodes are tasked to explore the area and transmit sensed data back to a base station. The system partitions tasks among SensorFly nodes based on their capabilities (location, sensors, energy) to achieve concurrent and faster coverage. The real-time sensor data is presented to the user on a display terminal at the base station.
Keywords :
temperature measurement; temperature sensors; base station; collaborative indoor sensing; emergency response situation; fire monitoring; floor temperature; maintenance; mobile SensorFly aerial sensor networking platform; survivor search; Base stations; Emergency services; Peer-to-peer computing; Robot sensing systems; Temperature measurement; Temperature sensors; Applications; Wireless Sensor Networks;
Conference_Titel :
Information Processing in Sensor Networks (IPSN), 2012 ACM/IEEE 11th International Conference on
Conference_Location :
Beijing
DOI :
10.1109/IPSN.2012.6920938