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This paper delineates a mechanism to attain decentralized control of a high-frequency distributed power system (HFDPS) based on local observation and/or estimation at the source and load ends. An acceptable dynamic performance of the independent control eliminates/reduces the need for high-speed communication (that typically needs to be high because of HF power transfer) between the source- and load-end...
Control of a distributed power system (DPS) is a challenging task and requires unique control formulation as they arise in complex engineering problems. Since DPSs are gaining widespread importance, development of robust control strategies, which encompasses the nonlinear behavior and spatial spread of such networks, commands utmost gravity. Due to the spatial spread of such networks, state observer...
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