The theoretical analysis and experiments show that this method can enhance the search ability of genetic algorithms in solving problems with large search space.
通过理论分析和实验验证，证明了该方法能够提高遗传算法对大搜索空间问题的搜索能力。
This paper presents a neighborhood search algorithm for finding a local minimal solution of the problem, then a filled function method for solving 0-1 programming is proposed.
文章首先给出搜索0-1规划局部极小解的邻域搜索算法，在此基础上给出了填充函数算法。
Based on the characteristics of this problem, a modified variable neighborhood search method (VNS) is proposed for solving it.
针对推广模型的特点，提出了一种变邻域搜索(VNS)方法进行求解。
Then introduces Quality Function Deployment (QFD) and Theory of Invention Problem Solving (TRIZ), and a new method were put forward to search for the solution by using Fuzzy Integrated Judge method.
介绍了质量功能配置(QFD)和发明问题解决理论(TRIZ)的原理，提出了运用模糊综合评判寻找产品设计问题解的新方法。
Test results shows that the parallel method has good scalability, and can be used in solving large-scale homologous RNA search problem.
数值试验表明算法具有良好的可扩展性，能够用于全基因组范围内的大规模同源RNA序列搜索。
Based on this relation, boundary orthogonalization can be achieved by the search method of stepwise extension and the bisection algorithm with iterative methods in solving equations.
根据这种关系，可以用方程迭代求根方法中的增值寻根法和对分法，使网格边界正交化。
Then following the existing path-following method for solving BMI problem, an iterative LMI algorithm is proposed to locally search the desired output-feedback gain.
进一步，在问题有解时，通过极小化增益矩阵元素绝对值的和，给出了求解期望低成本输出反馈控制的算法。
Then following the existing path-following method for solving BMI problem, an iterative LMI algorithm is proposed to locally search the desired output-feedback gain.
进一步，在问题有解时，通过极小化增益矩阵元素绝对值的和，给出了求解期望低成本输出反馈控制的算法。
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