Energy Consumption in Wireless Sensor Networks

Wireless Sensor Networks (WSNs) have been intensely studiedbecause of their potential applications and technologicalchallenges. However, most analysis of WSN performance has used onlycomputer simulations, with greatly simplified assumptions about theperformance of the underlying circuits. WSN network lifetimedepends upon communication protocols. The Gossip-Based SleepProtocol (GSP), implements routing and MAC functions in an energyconserving manner. However, measuring network lifetime with even aprotocol as simple as GSP is problematic. Multiple approaches aredescribed for measuring energy consumption in terms of transmit andreceive phases, minimum voltage supply required for operation andtransmit power. Also multiple methods are described for measuringthe lifetime of a sensor node and describing end-of-lifetimebehavior. The final result is a model of energy consumptiondescribing the performance of GSP on the Mica2 platform, which isthen compared with other models. Academic researchers, professors,students and industrial researchers in the field of WSNs orconcerned about energy consumption by general wirelesscommunications devices will be interested in this book.

Klappentext
Wireless Sensor Networks (WSNs) have been intensely studied because of their potential applications and technological challenges. However, most analysis of WSN performance has used only computer simulations, with greatly simplified assumptions about the performance of the underlying circuits. WSN network lifetime depends upon communication protocols. The Gossip-Based Sleep Protocol (GSP), implements routing and MAC functions in an energy conserving manner. However, measuring network lifetime with even a protocol as simple as GSP is problematic. Multiple approaches are described for measuring energy consumption in terms of transmit and receive phases, minimum voltage supply required for operation and transmit power. Also multiple methods are described for measuring the lifetime of a sensor node and describing end-of-lifetime behavior. The final result is a model of energy consumption describing the performance of GSP on the Mica2 platform, which is then compared with other models. Academic researchers, professors, students and industrial researchers in the field of WSNs or concerned about energy consumption by general wireless communications devices will be interested in this book.