1) adaptive pseudo-parallel genetic algorithm
自适应伪并行遗传算法
1.
Due to the calculation complexity and the convergence in the route planning when the plane executes the low-altitude penetration,this paper presents an adaptive pseudo-parallel genetic algorithm based on traditional genetic algorithm for searching optimal route.
针对飞机低空突防航路规划中存在的计算复杂和收敛性等问题,在基本遗传算法的基础上提出了一种基于自适应伪并行遗传算法的优化方法,使用该方法得到的飞行航线严格经过飞机的起始点和目标点,而且满足飞机到达目标点的航向角要求,使威胁飞机的因素最小,可有效提高飞机的任务生存率。
2) adaptive parallel genetic algorithm
自适应并行遗传算法
1.
This paper introduces a method of active filters design using an improved adaptive parallel genetic algorithm.
提出一种用于有源滤波器的改进自适应并行遗传算法设计。
2.
This paper analyzes supply chain cooperation partner selection problem of agricultural products manufacturing,provides multi -goal model supporting partner selection,and proposes a adaptive parallel genetic algorithm for solving this partner selection problem,which not only strengthen and preserve the diversity of population,but also express an effective global search capacity.
分析了农业产品加工业业务外包合作伙伴选择问题,给出了伙伴选择的多目标模型,提出了用一种自适应并行遗传算法来解决伙伴选择的问题,在增强和保持种群多样性的同时,表现出了较好的搜索性能。
3) pseudo-parallel genetic algorithm
伪并行遗传算法
1.
The concept of pseudo-parallel genetic algorithm is introduced in carrying out the genetic operations such as selection, crossing and mutation of each sub-group independently.
为了避免常规遗传算法容易出现的“早熟”现象,并提高算法的精度,在无功优化的进化过程中以种群散度为判断尺度将原种群分化为若干子种群,引入了伪并行遗传算法思想。
2.
On the basis of analysis on both the strong and weak points of different optimization design techniques,the pseudo-parallel genetic algorithm is chosen to optimize engine mounting system with mount stiffness as design variable and maximizing the energy in both rolling and vertical DOFs as objective.
在分析各种优化设计方法优缺点的基础上,选用了伪并行遗传算法。
3.
An improved pseudo-parallel genetic algorithm which comprehensively adopts different greedy algorithms is proposed to solve the 0/1 knapsack problem.
文章提出了综合运用不同贪婪解码策略的改进型伪并行遗传算法以求解0/1背包问题。
4) pseudo parallel genetic algorithm
伪并行遗传算法
1.
Clustering analysis method based on pseudo parallel genetic algorithm
基于伪并行遗传算法的聚类分析方法
2.
Analyzes the stochastic ergodicity and sensitivity of initial value of chaos model,proposes the chaos pseudo parallel genetic algorithm(CPPGA) based on multiple populations.
仿真结果表明,混沌伪并行遗传算法比伪并行遗传算法和简单遗传算法具有更快的收敛速度和更高的最优解搜索成功率,可对火力分配进行优化。
3.
In view of the local search ability of simulated annealing algorithm,a new style of optimal algorithm which combined simulated annealing algorithm with pseudo parallel genetic algorithms and adopts real coding,self-adaptive crossover and overall mutation is designed.
借鉴模拟退火算法的局部搜索能力,结合并行计算的思想设计了一种采用模拟退火机制的实数编码自适应交叉、全概率变异伪并行遗传算法,最后用这种方法对典型的多峰值函数求极值,并和基本遗传算法进行比较,结果表明:该算法具有较强的全局搜索能力和局部搜索能力,能够更有效地克服早熟收敛问题。
5) pseudo-parallel genetic algorithms
伪并行遗传算法
1.
Solving traveling salesman problem(TSP) with pseudo-parallel genetic algorithms;
旅行商问题(TSP)的伪并行遗传算法
2.
A fuzzy controller based on pseudo-parallel genetic algorithms is applied to ball mill pulverizing system in power plant, and the fitness function of MIMO object, the crossover and mutation operators are modified.
针对电厂中常见的钢球磨煤机制粉系统,设计了一种基于伪并行遗传算法的模糊控制器,并对多变量对象的适应度函数、交叉和变异算子等进行了改进,仿真实验结果表明该方法是可行的,经过优化的模糊控制器具有较好的鲁棒性和抗干扰性。
3.
In this paper,the pseudo-parallel chaotic genetic algorithm is presented by using the property of pseudo-random of chaotic sequence and putting chaos into the pseudo-parallel genetic algorithms.
利用混沌序列的伪随机性,将混沌引入伪并行遗传算法,提出了伪并行混沌遗传算法。
6) adaptive genetic algorithm
自适应遗传算法
1.
Fuzzy controller based on adaptive genetic algorithm for a electro-hydraulic bending control system;
基于自适应遗传算法的电液弯辊模糊控制系统
2.
NURBS approximation of hull waterline based on reduced control points number with adaptive genetic algorithm;
基于缩减控制顶点数和自适应遗传算法的船体水线NURBS拟合
3.
A fuzzy self-turning controller based on adaptive genetic algorithm;
一种采用自适应遗传算法的模糊自整定控制器
补充资料：自适应自整定调节
分子式：
CAS号：
性质：在调节系统中，对象的动态特性往往是变化的,如果变化不大或调节的质量要求不高时，可以采用固定规律的调节器，假若变化大，质量要求又高时，需要选择可变规律调节器。调节器参数的改变是直接按照对象特性的变化进行的，叫作自适应调节。对象的识别和调节器的规律的计算都用一个计算装置进行，就叫自适应自整定调节，或简称自整定调节。
CAS号：
性质：在调节系统中，对象的动态特性往往是变化的,如果变化不大或调节的质量要求不高时，可以采用固定规律的调节器，假若变化大，质量要求又高时，需要选择可变规律调节器。调节器参数的改变是直接按照对象特性的变化进行的，叫作自适应调节。对象的识别和调节器的规律的计算都用一个计算装置进行，就叫自适应自整定调节，或简称自整定调节。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条