1.
Effect of genetic crossover and mutation on population diversity
遗传交叉和变异对种群多样性的影响
2.
Generation Method for Samples of Minority Class Based on Clustering and Genetic Crossover
基于聚类和遗传交叉的少数类样本生成方法
3.
Improved particle swarm optimization based on genetic hybrid genes
基于遗传交叉因子的改进蜂群优化算法
4.
Study on the Hybrid Crossover Strategy Genetic Algorithm and Its Application
混合交叉策略遗传算法及其应用研究
5.
Methods Optimize the routes by using the genetic algorithm (GA) whose crossover operator is improved.
方法利用遗传算法进行优化，对遗传算法的交叉操作进行改进。
6.
Genetic recombination can occur without the formation of a chiasmata.
遗传重组在没有形成交叉的情况下，也可以发生。
7.
Upper limits of crossover and mutation rate of genetic algorithm based on schema theorem
基于模式定理的遗传算法交叉和变异概率上限
8.
Intersection Intelligent Control Based on Fuzzy Control and Genetic Algorithm;
基于模糊控制和遗传算法的交叉口智能控制
9.
The Application Research of Genetic Algorithms of Ways on the Basis of Mixing Crossing;
基于混合交叉方式的遗传算法应用研究
10.
Research on Adaptive Evolution and Compound Crossover s Application in Genetic Algorithm;
遗传算法中自适应进化与复合交叉的应用研究
11.
Solving the Regularization Parameters Based on Genetic Algorithms and the Generalized Cross-Validation Criterion
基于遗传算法和广义交叉原理求解正则参数
12.
Study of fuzzy control for intersections based on improved genetic algorithm
基于改进遗传算法的交叉口模糊控制研究
13.
The solution to TSP problem based on crossover operator-improved Genetic Algorithm
基于交叉算子改进的遗传算法求解TSP问题
14.
Crossing over The exchange of material between homologous chromatids by the formation of chiasmata.
交换：同源染色单体之间形成交叉时遗传物质的交换现象。
15.
Adaptive Selection of Crossover and Mutation Probability of Genetic Algorithm and Its Mechanism
遗传算法中交叉和变异概率选择的自适应方法及作用机理
16.
Cross-protection Studies in Chickens with H5 Avian Influenza Viruses or Newcastle Disease Viruses of Different Genetic Background
H5亚型禽流感或新城疫不同遗传背景的毒株在鸡体的交叉保护性
17.
A new genetic algorithm based on improved crossover and self-identify high mutation operators
一种改进型交叉算子和自识别高变异算子新型遗传算法的研究
18.
Application of deep cross-hybrid genetic neural network to fault detection of liquid rocket engines
深度交叉遗传神经网络在液体火箭发动机故障检测中的应用