1) modified random mutation hill climbing (MRMHC)
改进的随机变异爬山(MRMHC)
2) random mutation hill climbing
随机变异爬山
3) improved method of climbing
改进爬山法
1.
First,the paper article analyzes the principles and characteristics of existing algorithm used in MPPT control respectively,and then proposed the improved method of climbing.
本文从分析现有的几种太阳能最大功率点跟踪控制(MPPT)算法出发,对这些算法的原理和特点分别进行分析,进而提出一种改进爬山法,该算法不仅控制思路简单,容易实现而且能够有效的避免传统爬山法因在最大功率点附近振荡运行造成的功率损失和出现跟踪方向误判的两种情形,实现又快又好的跟踪。
4) stochastic hillclimbing algorithm
随机爬山法
1.
A new st0chastic hillclimbing (SHC) algorithm for poststack seismic trace in-version can be formed by using both the stochastic hillclimbing algorithm of Huanget al in l995 and the new model that was derived from Ingber's temperature depen-dent pseudo-Cauchy distribution (1993).
本文在Huang等人（1995）提出的随机爬山法（SHC）基础上，使用Ingber（1993）给出的依赖于温度的似Cauchy分布产生的新模型，构造一种叠后地震道及演的新随机爬山法。
5) stochastic hill-climbing algorithm
随机爬山算法
1.
A satellite assignment algorithm based on imaging task sequence was proposed to solve imaging task assignment among multi-satellites,the best imaging task sequence was searched by the stochastic hill-climbing algorithm to obtain feasible optimizing scheduling of multi-satellite joint imaging.
论文提出了基于排序的成像任务序列卫星分配算法,以解决多卫星之间的成像任务分配,并基于随机爬山算法搜索最优成像任务序列,从而获得可行的多卫星联合成像优化调度解。
6) improved velocity mutation
改进的速度变异
1.
In this paper,we have presented a new PSO algorithm,improved velocity mutation particle swarm optimizer(iPSOVMO).
论文提出了一种新的PSO算法——改进的速度变异粒子群算法(iPSOVMO)。
补充资料：改进
改变旧有情况，使有所进步：～工作ㄧ操作方法有待～。
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