By S. Sitharama Iyengar, Richard R. Brooks, Clemson University
ISBN-10: 1584883839
ISBN-13: 9781584883838
Iyengar (computer technology, Louisiana college) and Brooks (computer engineering, Clemson college) introduce the idea and functions of disbursed sensor networks (DSNs). They comprise crucial historical past on instant networks, sign processing, and self-organizing platforms, in addition to computational theoretical history, then offer fabric on disbursed sensing and sign processing, details fusion, sensor deployment and networking, adaptive tasking, self-configuration, and beamforming. functions are awarded from many fields. ordinary issues tested contain multidimensional info buildings, reasoning with uncertainty, approach dependability, and using metaheuristics.
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Sample text
A UAV that is slightly larger than the Dragon Eye and is in use for maritime applications is produced by Insitu Group. The Seascan UAV is intended specifically for shipboard imaging, and thus can be used for littoral operations. Like the Dragon Eye, Seascan UAVs must be launched using a catapult or elastic to shoot the UAV into the air; recovery is done by landing the UAV in an area of flat ground nearby (in the case of the Dragon Eye) or into a shipboard recovery net (in the case of the Seascan).
27] Greneker, E. Radar flashlight for through-the-wall detection of humans, presented at Aerosense97. com [29] Jones, E. Ultrawideband squeezes, In MIT Technology Review, September, 71–79, 2002. , SpringerVerlag, Berlin, 2003, 518–528. S. 1 Introduction A distributed sensor network (DSN) consists of a set of sensors that are interconnected by a communication network. The sensors are deeply embedded devices that are integrated with a physical environment and are capable of acquiring signals, processing the signals, communicating and performing simple computational tasks.
Like the Dragon Eye, Seascan UAVs must be launched using a catapult or elastic to shoot the UAV into the air; recovery is done by landing the UAV in an area of flat ground nearby (in the case of the Dragon Eye) or into a shipboard recovery net (in the case of the Seascan). Current sensor packages (summer 2003) include a color video camera installed in the nose of the craft. The daylight camera has a 45 field of view, pan-tilt capability, and the capacity to remain locked on a target while the UAV maneuvers.