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Cited by 12 publications
(3 citation statements)
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“…The Lyapunov based solution has been widely used in many practical applications (as, e.g., in [29]- [32]) to transform the long-term average stochastic problem into a series of pertime-slot deterministic optimization subproblems, which do not require any a priori information on the system uncertainties, while efficiently capturing the non-stationary evolution of queue backlogs per user. In [29], the authors propose a SWIPT-enabled mechanism to increase the average secrecy throughput by considering the data and energy buffering at the wirelessly powered relays. Meanwhile, the authors of [30] design an online adaptive resource allocation policy to maximize the fairness among different mobile clients, while the trade-off between response delay and energy efficiency is studied in [31].…”
Section: Introductionmentioning
confidence: 99%
“…The Lyapunov based solution has been widely used in many practical applications (as, e.g., in [29]- [32]) to transform the long-term average stochastic problem into a series of pertime-slot deterministic optimization subproblems, which do not require any a priori information on the system uncertainties, while efficiently capturing the non-stationary evolution of queue backlogs per user. In [29], the authors propose a SWIPT-enabled mechanism to increase the average secrecy throughput by considering the data and energy buffering at the wirelessly powered relays. Meanwhile, the authors of [30] design an online adaptive resource allocation policy to maximize the fairness among different mobile clients, while the trade-off between response delay and energy efficiency is studied in [31].…”
Section: Introductionmentioning
confidence: 99%
“…Basically, in buffer-aided relaying networks, the transmission link can be activated according to both the instantaneous link quality and the buffer status to realize a higher network throughput through adaptive link selection [10,21] and relay selection [22][23][24]. When exploiting bufferaided communication strategy into wireless powered cooperative networks, the network throughput can be maximized via the adaptive link/relay selection [25][26][27][28] and time/power allocation [29][30][31]. Nonetheless, these works mainly investigate half-duplex relaying (HDR), which leads to some loss of spectral efficiency [32].…”
Section: Introductionmentioning
confidence: 99%
“…The joint relay-and-mode selection scheme for a wireless powered buffer-aided multirelay network was addressed in [29] to maximize the network throughput. Then, the energy-efficient and secure transmission scheduling was studied in [30,31], respectively. The above research works mainly investigated the throughput maximization of buffer-aided half-duplex relaying networks.…”
Section: Introductionmentioning
confidence: 99%