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IEEE Systems Journal
The emergence of smart grid (SG) brings about many fundamental changes in electric power systems. In this paper, we study the problem of smooth electric power scheduling in power distribution networks. We introduce an electricity supply/demand model that takes into account the time-varying demands and their deadlines. We formulate a constrained nonlinear programming problem and incorporate the theory of majorization to develop algorithms that can compute smoothness optimal schedules for thedoi:10.1109/jsyst.2014.2340231 fatcat:wjqxxp3oubhaxeem23ttdr5gfe