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Transmission capacity of an ad hoc wireless network is analyzed when eachnode of the network harvests energy from nature, e.g. solar, wind, vibrationetc. Transmission capacity is the maximum allowable density of nodes,satisfying a per transmitter-receiver rate, and an outage probabilityconstraint. Energy arrivals at each node are assumed to follow a Bernoullidistribution, and each node stores energy using an energy buffer/battery. ForALOHA medium access protocol (MAP), optimal transmission probability thatmaximizes the transmission capacity is derived as a function of the energyarrival distribution. Game theoretic analysis is also presented for ALOHA MAP,where each transmitter tries to maximize its own throughput, and symmetric Nashequilibrium is derived. For CSMA MAP, back-off probability and outageprobability are derived in terms of input energy distribution, therebycharacterizing the transmission capacity.

Transmission Capacity of Wireless Ad Hoc Networks with Energy Harvesting Nodes