S.C. Chan

TL;DR: Simulation result shows that the energy scheduling of SAs and other appliances can be determined simultaneously using the proposed CP formulation, and its major advantage is that the overall DR optimization problem remains to be convex and therefore the solution can be found efficiently.

TL;DR: The objectives of this article are to introduce to the signal processing community the concept of smart grids, especially on the problems of price/load forecasting and DR management (DRM) and optimization, and highlight related signal processing applications and state-of-the-art methodologies.

TL;DR: Derivation based on both the sequence splitting and Kronecker matrix product method are discussed, which has the advantage that all the underlying operations are shown clearly, while the matrix product representations are more compact and readily generalized to higher dimensions.

TL;DR: In this paper, a new design method is proposed for the power or shaped beam pattern synthesis problem of narrowband conformal arrays, where only the magnitude response is specified, and the proposed method iteratively linearizes the non-convex power pattern function to obtain a convex subproblem in the design variables, which can be solved optimally using second-order cone programming.

TL;DR: Using the parameter estimates and uncertainty information in the analysis, timing resynchronization algorithms that are robust to estimation errors are designed jointly at the relays and the destination and are numerically shown to provide excellent performances that approach the synchronized case with perfect channel information.