摘要
为了获得整体近似最优解,提出采用蚁群算法,搜索发电机可运行状态的最优组合,并对蚁群算法的数学模型进行分析,以参数的形式给出具有普遍意义的收敛性定理。在此求解过程中,以每只人工蚂蚁来表示符合限制条件的某个可运转状态的发电机组合并以序列二次规划法来求解传统的经济调度问题。以三部机组的数值模拟,验证该方法正确有效。
For the purpose of discovering the near-globally optimal solution, this paper proposed a hybrid approach of ant colony algorithm and sequential quadratic programming （SQP）. An artificial ant was realized as a certain feasible operating set of units and then SQP was utilized to solve the traditional ED. Finally, tests were conducted to show that the proposed approach is very effective in solving the ED problem with valve-point effect.
出处
《计算机应用研究》
CSCD
北大核心
2007年第6期112-114,共3页
Application Research of Computers
关键词
经济调度
阀点效应
蚂蚁算法
序列二次规划法
economic dispatch
valve-point effects
ant algorithm
sequential quadratic programming（SQP）
