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An energy harvesting transmitter operating in a point-to-point link through a discrete time fading channel is considered in this paper. Assuming non-causal knowledge of the harvested energy and channel state, the resource allocation that maximizes the mutual information is investigated by considering both the radiated power and the circuitry power consumption. A resource allocation strategy that asymptotically maximizes the mutual information along N independent channel accesses is derived. The Boxed Water-Flowing graphical interpretation is presented, which intuitively depicts the asymptotically optimal resource allocation.
CitationGregori, M.; Pascual Iserte, A.; Payaró, M. Mutual information maximization for a wireless energy harvesting node considering the circuitry power consumption. A: IEEE Wireless Communications and Networking Conference. "Proceeding 2013 IEEE Communications and Networking Conference (WCNC". Shangai: 2013, p. 4279-4284.
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