正在加载图片...
第5期 拓守恒,等:改进教与学优化算法的LQ控制器优化设计 ·607. [12]RAO R V,SAVSANI V J,VAKHARIA D P.Teaching 5 结束语 learning-based optimization:anovel method for constrained 通过分析LQR控制器加权系数选择较难这一 mechanical design optimization problems [J].Computer- 问题,给出了优化设计的基本思路。并提出一种改 Aided Design,2011:303-315. [13]RAO R V,SAVSANI V J,VAKHARIA D P.Teaching 进的教与学优化算法(MTLBO),该算法模拟人类学 learning-based optimization:an optimization method for 习的基本过程(老师教、学生之间相互学和自学)进 continuous non-linear large scale problems [J].Information 行设计。文中将改进的算法用于单轮车辆模型作为 Sciences,2012:1-15. 研究对象,建立主动悬架评价模型,采用MTLBO算 [14]拓守恒,雍龙泉,邓方安.“教与学”优化算法研究综述 法进行LQR控制器的优化,通过仿真实验证明本文 [J].计算机应用研究,2013(7):1933-1938. 算法在LQR控制优化方面是有效可行的。 TUO Shouheng,YONG Longquan,DENG Fang'an.Survey of teaching-learning-based optimization algorithms [J].Ap- 参考文献: plication Research of Computers,2013(7):1933-1938. [15]何红,拓守恒.教与学优化算法在梯级水库优化调度中 [1]RAO P,CROW M L,YANG Z.STATCOM control for pow- 的应用[J].计算机与数字工程,2013(7):1057-1059 er system voltage control applications[J].IEEE Trans Power HE Hong,TUO Shouheng.Application of teaching-learn- Electron,2000,15(4):1315-1317. ing-based optimization in optimal dispatching of cascade [2]KALMAN R E.When is a linear control system optimal[J]. reservoirs[J].Computer Digital Engineering,2013,7: J Basci Eng Trans,1964,86(1):51-56. 1057-1059 [3]WANG Yaoqing.The determination of weighting matrices in [16]拓守恒.一种优化神经网络的教与学优化算法[J].智 LQ optimal control system [J].Acta Automatic Sinica, 能系统学报,2013,8(4):327-332. 1992. TUO Shouheng.A modified teaching-learning-based [4]SUNG Ghengchung,CHEN Gong.Optimal control systems optimization algorithm and application in neural networks design associated with genetic algorithm[C]//Proceedings [J].CAAI Transactions on intelligent systems,2013,8 of 2006 CACS Automatic Control Conference St.Taiwan, (4):327-332. China,2006:10-11. [17]拓守恒.改进的教与学优化算法[C]/第32届中国控 [5]BOTTURA C P.Rule based decision making unit for Eigen 制会议论文集(E卷).西安,中国,2013:7976-7981. structure assignment via parallel genetic algorithm and LOR TUO Shouheng.Modified teaching-learning-based optimiza- design[C]//Proceedings of the American Control Confer- tion algorithm C//2013 32nd Chinese Control Confer- ence.Chicago,Illinois,2000:467-471. ence,Xi'an,China,2013:7976-7981. [6]BOTTURA C P.Parallel eigen structure assignment via LQR [18]拓守恒.利用教与学优化策略改进的和声搜索算法 design and genetic algorithms[C]//Proceedings of the A- [C]//第32届中国控制会议论文集(E卷).西安,中 merican Control Conference.San Diego,1999:2295-2299. 国,2013:6-10. [7]HASSANZADEH I,MOBAYEN S,HARIFI A.Input-output TUO Shouheng.An improved harmony search algorithm feedback linearization cascade controller using genetic algo- based on teaching-learning strategy[C].2013 32nd Chi- rithm for rotary inverted pendulum J.American Journal of nese Control Conference,2013:6-10. Applied Sciences,2008,5(10):1322-1328. [19]EK M C,LIU S H,MERNIK L.A note on teaching [8]HAMIDI J.Control system design using particle swarm opti- learning-based optimization algorithm[J].Information Sci- mization[J].International Journal of Soft Computing and En- ences,2012:79-93. gineering,2012,1(6):2231-2307. [20]RAO R V,PATEL V.An elitist teaching-learning-based [9]刘璐,任开春,武明亮.基于网格划分策略的自适应AC0 optimization algorithm for solving complex constrained opti- 算法优化LQR控制器权值[J].西南科技大学学报, mization problems[J.International Journal of Industrial 2012,25(3):82-88. Engineering Computations,2012(3):535 -560. LIU Lu,REN Kaichun,WU Mingliang.LQR Controller [21]胡斐,赵治国.主动悬架LQR控制加权系数多日标遗 weight matrices optimized by adaptive ant colony algorithms 传算法优化[J].机械与电子,2011(2):28-31. based on meshing strategy[J].Journal of Southwest Univer- HU Fei,ZHAO Zhiguo.Optimization of weighting factors sity of Science and Technology,2012,25(3):82-88. for LOR controller of active suspension based on multi-ob- [10]史峰,王辉.MATLAB智能算法30个案例分析[M].北 jective genetic algorithm [J].Machinery Electronics, 京:北京航空航天大学出版社,2011:255-300. 2011(2):28-31. [11]郭一峰,徐赵东,涂青,等.基于遗传算法的LQR算法 作者简介: 拓守恒,男,1978年生.副教授,CCF 中权矩阵的优化分析[J].振动与冲击,2010,29(11): 会员,主要研究方向为智能优化算法和 217-221. 生物信息学。 GUO Yifeng,XU Zhaodong,TU Qing,et al.Optimized a- nalysis of weight matrix in LOR algorithm based on genetic algorithm[J].Journal of Vibration and Shock,2010,29 (11):217-221.5 结束语 通过分析 LQR 控制器加权系数选择较难这一 问题,给出了优化设计的基本思路。 并提出一种改 进的教与学优化算法(MTLBO),该算法模拟人类学 习的基本过程(老师教、学生之间相互学和自学)进 行设计。 文中将改进的算法用于单轮车辆模型作为 研究对象,建立主动悬架评价模型,采用 MTLBO 算 法进行 LQR 控制器的优化,通过仿真实验证明本文 算法在 LQR 控制优化方面是有效可行的。 参考文献: [1]RAO P, CROW M L, YANG Z. STATCOM control for pow⁃ er system voltage control applications[J]. IEEE Trans Power Electron, 2000, 15(4): 1315⁃1317. [2]KALMAN R E. When is a linear control system optimal[J]. J Basci Eng Trans, 1964, 86(1): 51⁃56. [3]WANG Yaoqing. The determination of weighting matrices in LQ optimal control system [ J ]. Acta Automatic Sinica, 1992. [4] SUNG Ghengchung, CHEN Gong. Optimal control systems design associated with genetic algorithm [ C] / / Proceedings of 2006 CACS Automatic Control Conference St. Taiwan, China, 2006: 10⁃11. [5]BOTTURA C P. Rule based decision making unit for Eigen structure assignment via parallel genetic algorithm and LQR design [ C] / / Proceedings of the American Control Confer⁃ ence. Chicago, Illinois, 2000: 467⁃ 471. [6]BOTTURA C P. Parallel eigen structure assignment via LQR design and genetic algorithms[C] / / Proceedings of the A⁃ merican Control Conference. San Diego, 1999: 2295⁃2299. [7]HASSANZADEH I, MOBAYEN S, HARIFI A. Input⁃output feedback linearization cascade controller using genetic algo⁃ rithm for rotary inverted pendulum[ J]. American Journal of Applied Sciences, 2008, 5 (10): 1322⁃1328. [8]HAMIDI J. Control system design using particle swarm opti⁃ mization[J]. International Journal of Soft Computing and En⁃ gineering, 2012, 1(6) : 2231⁃2307. [9]刘璐,任开春,武明亮. 基于网格划分策略的自适应 ACO 算法优化 LQR 控制器权值[J]. 西 南 科 技 大 学 学 报, 2012, 25(3): 82⁃88. LIU Lu, REN Kaichun, WU Mingliang. LQR Controller weight matrices optimized by adaptive ant colony algorithms based on meshing strategy[J]. Journal of Southwest Univer⁃ sity of Science and Technology, 2012, 25(3): 82⁃88. [10]史峰,王辉. MATLAB 智能算法 30 个案例分析[M].北 京:北京航空航天大学出版社, 2011: 255⁃300. [11]郭一峰, 徐赵东, 涂青,等. 基于遗传算法的 LQR 算法 中权矩阵的优化分析[ J].振动与冲击, 2010, 29(11): 217⁃221. GUO Yifeng, XU Zhaodong,TU Qing,et al. Optimized a⁃ nalysis of weight matrix in LQR algorithm based on genetic algorithm[ J]. Journal of Vibration and Shock, 2010, 29 (11): 217⁃221. [12]RAO R V, SAVSANI V J, VAKHARIA D P. Teaching – learning⁃based optimization: anovel method for constrained mechanical design optimization problems [ J]. Computer⁃ Aided Design, 2011: 303⁃315. [13]RAO R V, SAVSANI V J, VAKHARIA D P. Teaching – learning⁃based optimization: an optimization method for continuous non⁃linear large scale problems [J]. Information Sciences, 2012: 1⁃15. [14]拓守恒,雍龙泉,邓方安. “教与学”优化算法研究综述 [J]. 计算机应用研究, 2013(7): 1933⁃1938. TUO Shouheng, YONG Longquan, DENG Fang’an. Survey of teaching⁃learning⁃based optimization algorithms [J]. Ap⁃ plication Research of Computers, 2013(7): 1933⁃1938. [15]何红,拓守恒. 教与学优化算法在梯级水库优化调度中 的应用[J]. 计算机与数字工程, 2013(7): 1057⁃1059. HE Hong, TUO Shouheng. Application of teaching⁃learn⁃ ing⁃based optimization in optimal dispatching of cascade reservoirs[J]. Computer & Digital Engineering, 2013, 7: 1057⁃1059. [16]拓守恒. 一种优化神经网络的教与学优化算法[ J]. 智 能系统学报, 2013, 8(4): 327⁃332. TUO Shouheng. A modified teaching⁃learning⁃based optimization algorithm and application in neural networks [J]. CAAI Transactions on intelligent systems, 2013, 8 (4): 327⁃332. [17]拓守恒. 改进的教与学优化算法[C] / / 第 32 届中国控 制会议论文集(E 卷).西安,中国, 2013: 7976⁃7981. TUO Shouheng. Modified teaching⁃learning⁃based optimiza⁃ tion algorithm [ C] / / 2013 32nd Chinese Control Confer⁃ ence,Xi′an,China, 2013: 7976⁃7981. [18]拓守恒. 利用教与学优化策略改进的和声搜索算法 [C] / / 第 32 届中国控制会议论文集(E 卷).西安,中 国, 2013: 6⁃10. TUO Shouheng. An improved harmony search algorithm based on teaching⁃learning strategy [ C]. 2013 32nd Chi⁃ nese Control Conference, 2013: 6⁃10. [19]EK M C, LIU S H, MERNIK L. A note on teaching – learning⁃based optimization algorithm[ J]. Information Sci⁃ ences,2012: 79⁃93. [20] RAO R V, PATEL V. An elitist teaching⁃learning⁃based optimization algorithm for solving complex constrained opti⁃ mization problems [ J]. International Journal of Industrial Engineering Computations, 2012(3): 535 – 560. [21]胡 斐, 赵治国. 主动悬架 LQR 控制加权系数多目标遗 传算法优化[J]. 机械与电子, 2011(2): 28⁃31. HU Fei, ZHAO Zhiguo. Optimization of weighting factors for LQR controller of active suspension based on multi⁃ob⁃ jective genetic algorithm [ J]. Machinery & Electronics, 2011(2): 28⁃31. 作者简介: 拓守恒,男,1978 年生,副教授,CCF 会员,主要研究方向为智能优化算法和 生物信息学。 第 5 期 拓守恒,等:改进教与学优化算法的 LQR 控制器优化设计 ·607·
<<向上翻页
©2008-现在 cucdc.com 高等教育资讯网 版权所有