It is composed of selection, crossover and induced mutation operators.
该算法由选择、交叉和诱导变异算子组成。
Instead of the traditional mutation operators, we use parallel mutation to improve the convergence performance.
并采用并行变异代替传统的变异操作以改善算法收敛性能。
Wheel disk gambling selection operator, adaptive crossover and mutation operators are used as genetic operators.
其中遗传算子分别采用轮盘赌选择算子以及自适应的交叉和变异算子。
The computing efficiency and the performance of the algorithm are improved by a designed parallel algorithm, the crossover and the mutation operators.
通过设计粗粒度并行遗传算法和交叉、变异等算子，提高了算法的计算效率和性能。
It is composed of a simple and general purpose dynamic scaled fitness and selection operator, crossover operator, mutation operators and adaptive probabilities for these operators.
它由一种简单、适应面广的动态刻度适应值和选择算子、杂交与变异算子，以及这些算子相应的自适应概率组成。
Its main operators include coding way, selecting operator, cross operator, mutation operator and adopting elites to keep the tactics.
其主要算子包括：编码方式、选择算子、交叉算子、变异算子及采用精英保留策略。
The basic genetic operators of GP are mutation, crossover, and selection.
GP的基本遗传算子包括选择、交叉和变异。
The main operators of the algorithm included hyper mutation, positive selection to produce memory cells and similar cell suppression.
算法的主要操作算子包括超变异、正选择、记忆细胞产生和抗体相似性抑制。
Containing three basic operators: reproduction, crossover and mutation, it imitates the evolution processes of natural organism.
基因算法是对自然界生物进化的一种模仿，它包含三个基本的算子：再生、交叉和变异。
Based on the characteristic of MWT problem, new operators for crossover and mutation are presented, that is, polygon crossover and triangular mutation.
针对平面点集最小权三角划分问题的特点，提出了新的交叉算子和变异算子，即多边形交叉算子与三角形变异算子。
The main operators of the algorithm included hyper-mutation, positive selection to produce memory cells and excellent sub-population, similar cell suppression, reorganization operator.
算法主要包括超变异、正选择、记忆抗体产生、优育抗体产生、细胞相似抑制、整理算子。
The main operators of the algorithm include positive selection, memory cells producing, hyper-mutation and similar antibodies suppression.
算法的主要算子包括正选择、记忆细胞产生、超变异和抗体相似性抑制。
The main operators of the algorithm include positive selection, memory cells producing, hyper-mutation and similar antibodies suppression.
算法的主要算子包括正选择、记忆细胞产生、超变异和抗体相似性抑制。
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