| 【
题 名 】 | 非最小相位系统控制器的优化设计(Optimal Design of ControHers for Non—M1nlmum Phase Systems) |
| 【 作 者
】 |
王 凌 李文峰 郑大钟(清华大学自动化系 北京) |
| 【 刊 名
】 | 《自动化学报》2003,29(1).135-140 |
| 【 关键词
】 | 非最小相位系统,PID,混合策略 |
| 【中文文摘】 | 抑制非最小相位系统的右半平面零点所造成的负调至今仍是个开放问题.以同时抑制
非最小相位系统的超调、负调和调整时间为目的,合理融合遗传算法的并行搜索结构和模拟退
火的可控性概率突跳,提出了设计一类PID控制器的混合优化策略.基于典型系统的数值仿真
验证了混合策略的有效性和对系统的适应性,以及所设计控制器的优越性。 |
| 【英文文摘】 | It is still an open problem to eliminate the undershoot caused by zeros in the
right-half plane of non—minimum phase systems (NMPS). To decrease overshoot, undershoot
and settling time of NMPS simultaneously,this paper reasonably combines the
parallel search structure of genetic algorithm with the controllablejumping property of
simulated annealing to propose a hybrid strategy for designing a class of PID controller.Numerical simulations based on typical systems demonstrate the effectiveness and the adaptability
of the hybrid stfategy on NMPS, as well as the superiority of the designed
controller. |