计算机工程
計算機工程
계산궤공정
COMPUTER ENGINEERING
2010年
8期
183-184,187
,共3页
污水处理%人工免疫算法%最优控制
汙水處理%人工免疫算法%最優控製
오수처리%인공면역산법%최우공제
swage treatment%artificial immune algorithm%optimal control
根据多变量最优控制数学模型,采用人工免疫算法进行污水处理过程的优化控制.该算法通过模拟免疫系统的学习、记忆功能实现模式识别和寻优搜索,避免迭代初值猜测以提高计算效率.数值仿真结果表明,该算法可满足污水处理系统多目标控制的要求,且鲁棒性强、控制效果好.
根據多變量最優控製數學模型,採用人工免疫算法進行汙水處理過程的優化控製.該算法通過模擬免疫繫統的學習、記憶功能實現模式識彆和尋優搜索,避免迭代初值猜測以提高計算效率.數值倣真結果錶明,該算法可滿足汙水處理繫統多目標控製的要求,且魯棒性彊、控製效果好.
근거다변량최우공제수학모형,채용인공면역산법진행오수처리과정적우화공제.해산법통과모의면역계통적학습、기억공능실현모식식별화심우수색,피면질대초치시측이제고계산효솔.수치방진결과표명,해산법가만족오수처리계통다목표공제적요구,차로봉성강、공제효과호.
Based on multivariate optimal control mathematical model, this paper uses artificial immune algorithm to optimal control for swage treatment process. This algorithm realizes mode identification and optimizing search by simulating learning and memory function in immune system, avoids speculate iteration initial value to enhance computational efficiency. Numerical value simulation results show that this algorithm can reach the requirement of multi-object control in swage treatment system, and it has strong robustness and good control effect.
