… where hi is the fading coefficient from the i-th source to the energy harvester and n is the
additive white Gaussian noise (AWGN). The channel gains hi in the simultaneous transmissions …

… decoding energy. In this paper, we assume that the symbols are transmitted through an
AWGN fading channel while the receiver is har vesting energy. We assume no channel state …

… energy harvesting systems. The system we consider consists of multiple RF source nodes,
multiple destination nodes, and an energy harvesting … of the harvesting node changes with the …

… fading channels. In [9], the EHUs send their information to the BS using time-division-multipleaccess
(TDMA), and, for each fading … that can store energy over multiple fading states (slots)…

… In the fading channel case, the optimal power allocation is interpreted as the directional …
transmissions with energy harvesting, where the energy arrival and channel fading vary in …

… the variation of channel fading status. Taking the relay node Rk for an example, we will
develop the energy harvesting model with/without an energy storage device at Rk in the sequel. …

… energy harvesting transmitter which has a limited battery capacity, communicating in a wireless
fading channel. … We consider a single-user fading channel with additive Gaussian noise …

… throughput of fading channels with the energy harvesting constraints. Then, energy allocation
… multiple access channels and broadcast channels with energy harvesting constraints were …

… We also propose a causal algorithm without the predictions of the energy harvesting and
channel fading processes, using a Q-learning approach [25]. At the beginning of each time slot, …

… channel is satisfied with Nakagami fading parameter m = 1/2 and Rayleigh fading is satisfied
with Nakagami fading … and finite energy storage over Nakagami-m fading channels, where …