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As the prevailing technique of software-defined networking (SDN), open flow introduces significant programmability, granularity, and flexibility for many network applications to effectively manage and process network flows. However, open flow only provides a simple “match-action” paradigm and lacks the functionality of stateful forwarding for the SDN data plane, which limits its ability to support...
Three innovations are demonstrated as effective for nonlinear horizon predictive control. First, in this single-input-multiple-output (SIMO) application, a recently reported generalized Takagi-Sugeno-Kang (GTSK) model is used to predict the controlled variable. Second, a novel optimization technique, Leapfrogging, is used to solve for the horizon of future manipulated variable moves. Third, the “sawtooth”...
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