Pipelining Strategies and Design Considerations of Predictive Current Control Method

This paper explores the pipelining strategies for model predictive control methods. The array and vector processing methods are examined to discover their applicability in current method. potential benefits of investigated, design methodologies scrutinized. is a nonlinear technique that predicts system dynamics. (MPC) provides rapid response load variations guarantees robust operation. However, lower sampling period main constraint achieve reliable selection low demands powerful digital controller due increasing computational burden. To handle high calculation burden, field-programmable gate (FPGA) solution. A proper strategy enables use MPC real-time applications. In this paper, practical considerations FPGA-based method presented. nine switch converter (NSC) selected as an experimental case study. results provided demonstrate theoretical framework. prove feasibility