Conference paper

A power and rate control algorithm for wireless networks with state-delayed dynamics

A robust algorithm is developed for jointly controlling the power and rate of flow in a distributed wireless network. The dynamics of the network is modelled as a discrete-time state-delayed system with uncertainties and the proposed algorithm achieves better SIR performance than a conventional power control scheme.


    • EPFL-CONF-233291

    Record created on 2017-12-19, modified on 2018-01-16


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