您要查找的是不是：
- Combining genetic algorithm with LMS,a hybrid genetic algorithm(GA_LMS)for satellite adaptive nulling antenna beam space was proposed. 将遗传算法与LMS算法结合构成一种混合遗传算法,并将其用于卫星自适应调零天线的波束空间调零处理。
- So what is the genetic algorithm? 那么什么是遗传算法呢?
- A real zooming genetic algorithm is put forth. 进而提出基于实数编码的变焦遗传算法。
- Based on the study of beam space high resolution MUSIC algorithm, weexpand the element space weighted subspace fitting (WSF) algorithm intobeam space in this paper. 在研究波束域高分辨MUSIC算法的基础上，本文把阵元域WSF算法推广到波束域中。
- A genetic algorithm with a dual fitness function was proposed. 摘要提出一个具有对偶适应度函数的遗传算法。
- Test result indicates the advantage of genetic algorithm. 试验结果证实了采用遗传算法求解全局优化问题的优越性
- Balmer formula is reconstructed based on genetic algorithm. 基于遗传算法构建了巴耳末公式 .
- Genetic algorithm is a constrained stochastic optimization method. 遗传算法是一种约束随机优化方法。
- An experimental research on 12 full size specimens of CET-steel beam space joint with outer concentric annular-stiffer. 摘要对12个足尺钢管混凝土柱-钢梁外加强环空间节点进行了静力试验。
- Immune genetic algorithm(IGA) is applied to canal transect design. 合肥工业大学土木与建筑工程学院;
- Extractant design using improved genetic algorithm with Mod. UNIFAC group contribution (采用改进的遗传算法与Mod.
- The design of the BPL 750keV beam transport system and the study of beam space charge effect in this system are descried. 本文阐述了北京质子直线加速器(BPL)750 keV束流输运系统的物理设计和束流空间电荷效应的研究.
- Genetic Algorithm; Gene; Multi-target ocating; Complicacy degree. 10遗传算法;基因;多目标定位;复杂度;
- The application ways of Genetic algorithm toolbox are introduced. 介绍了遗传算法工具箱的使用方法。
- And then the Immune Genetic Algorithm (IGA) is introduced. 由此而引入了免疫遗传算法。
- Section for the link to the Genetic Algorithms FAQ. 中遗传算法常见问题解答的链接部分。
- Holland created the genetic algorithms. 霍兰是遗传算法发明人。
- This procedure is used genetic algorithms to TSP. 本程序是用遗传算法来求解TSP问题。
- The conclusion shows that the rate of successful minimizations from genetic algorithm is equal to 80%, and the average ratio of search space is equal to 0.0318. 结果表明，遗传算法对最优解命中率达80%25，平均空间搜索率仅为0.;0318。
- A stabilizing space based multi-objective genetic algorithm (MOGA) was proposed to optimize PID controller parameters for the unstable first order plus time delay (FOPDT) plants. 摘要针对一阶时滞(FOPDT)不稳定对象，提出了一种基于参数稳定空间的多目标遗传算法进行PID控制器的优化设计。
