Quantized $H_{\infty}$ Estimator Over Communication Networks for Distributed Generation Units
针对分布式发电单元，提出一种基于量化H∞估计器的模糊控制方案，能应对网络中的量化、时延和丢包问题，确保系统稳定。
Distributed generation (DG) technology arises in several applications of power supply to tackle the issues of increasing energy demands. The concept of microgrids is introduced to integrate the DG technology into utility power networks. This paper introduces a fuzzy control scheme for networked systems utilizing a quantized H∞ estimator over communication networks for DGs subject random constraints. The developed estimation algorithm is worthy for ensuring the network stability and enduring any sort of quantization, time delay, and packet drops. In these senses, adequate conditions have been mainly derived by means of linear matrix inequalities. An illustrative examples are demonstrated to confirm the effectiveness of the meant design procedure.