中国电机工程学报2012，Vol.32Issue(z1)：168-173,6.
无限时域Laguerre函数预测控制及其在热工控制中的应用
Constrained Infinite-time Receding Horizon Predictive Control Based on Laguerre Model and Its Application to Thermal Process
摘要
Abstract
In the design of traditional model predictive controller, the future control signal is obtained based on the forward shift operator. However, when it comes to rapid sampling, complicated process dynamics or high demands on closed-loop performance, it needs numbers of forward shift operators to get a better result of the control signal which leads to plenty of optimized variables and heavy computational burden when implemented on-line. The constrained infinite-time receding horizon predictive control based on laguerre model (CIRHPCL) was proposed by using Laguerre function. The shortcomings above can be overcome; meanwhile, the number of optimized variables is reduced that results in small computational load. Good control performance and system stability can be obtained by using the infinite-time performance index, furthermore, the CIRHPCL proposed is very easily tuned because of a small number of adjustable parameters.关键词
预测控制/Laguerre网络/约束/再热汽温/优化/热工过程Key words
predictive control/ Laguerre network/ constraints/ reheated steam temperature/ optimization/ thermal process分类
能源科技引用本文复制引用
崔晓波,陈雨亭,王致新,秦文炜,吕剑虹..无限时域Laguerre函数预测控制及其在热工控制中的应用[J].中国电机工程学报,2012,32(z1):168-173,6.基金项目
国家自然科学基金重点项目(51036002). （51036002）
