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QoS-driven energy-efficient power control with Markov arrivals and finite-alphabet inputs.

, , and . ISIT, page 2769-2773. IEEE, (2016)

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QoS-driven energy-efficient power control with Markov arrivals and finite-alphabet inputs., , and . ISIT, page 2769-2773. IEEE, (2016)Energy efficiency in multiple-antenna channels with markov arrivals and queueing constraints., and . ISIT, page 799-803. IEEE, (2015)QoS-driven power control in fading multiple-access channels with random arrivals., , and . ICC, page 1-6. IEEE, (2016)Energy-efficient power control policies in fading channels with Markov arrivals and QoS constraints., and . GlobalSIP, page 407-410. IEEE, (2013)Throughput Regions of Multiple-Access Fading Channels with Markov Arrivals and QoS Constraints., and . IEEE Wirel. Commun. Lett., 2 (5): 499-502 (2013)Optimal Power Allocation for QoS-Constrained Downlink Multi-User Networks in the Finite Blocklength Regime., , , and . IEEE Trans. Wirel. Commun., 17 (9): 5827-5840 (2018)Capacity Bounds on Point-to-Point Communication Using Molecules., , and . Proc. IEEE, 107 (7): 1342-1355 (2019)Energy efficiency in fading interference channels under QoS constraints., , and . ISITA, page 692-696. IEEE, (2012)Optimal power allocation for QoS-constrained downlink networks with finite blocklength codes., , , and . WCNC, page 1-6. IEEE, (2018)Throughput and energy efficiency under queueing and secrecy constraints., and . ACSCC, page 63-67. IEEE, (2012)