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In this paper, based on Lyapunov-Krasovskii functional approach and the decentralized control theory of interconnected systems, we consider the observer-based control design for a class of fuzzy descriptor interconnected systems. Firstly, the stability conditions of the T-S fuzzy model with a prescribed performance level are provided in theorem 1, but there is no efficient algorithm solving the inequalities...
In this paper the authors propose and analyze a network-based control architecture for power electronics building block (PEBB) devices. The objective of this approach to PEBB control is to create a distributed control system capable of guaranteeing maximum flexibility in the control of a power distribution system. In this control system, controller and controlled device are connected through the network,...
In this paper, we propose a novel control architecture for a complex power electronic system. A ship power system is studied in particular; however, the control architecture can be generically applied to any industrial power system. The work is founded on the substantial progress made during the 1990s with respect to standardization of power cell structure by use of the Power Electronics Building...
This paper presents the use of virtual prototyping and processor in the loop (PIL) technology for the design and synthesis of digital control systems for power electronics applications. Specifically, the proposed method simulates the converter power stage using Virtual Test Bed (VTB) and controls it using the actual converter digital controller??a hybrid DSP/FPGA control system??interfaced through...
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