1.
Application Partheno-genetic Algorithm in Two Dimensional Irregular Parts Layout
单亲遗传算法在二维不规则件排样中的应用
2.
Neural networks hybrid algorithm for irregular parts optimal layout
不规则零件优化排样的神经网络混合优化算法
3.
Research of irregular parts packing with genetic algorithm
基于遗传算法的不规则件优化排样研究
4.
Research on Optimal Layout Technology of Irregular Parts Based on Intelligent Hybrid Algorithm
基于智能混合优化算法的不规则件优化排样技术研究
5.
Optimal Layout of Irregular Parts Based on Niching Genetic Simulated Annealing Algorithm
基于小生境遗传模拟退火算法的不规则件优化排样
6.
Research of Optimization Algorithms for Automatic Packing
二维不规则零件自动排料的优化算法
7.
Discrete No-Fit Polygon,A Simple Structure for the 2-D Irregular Packing Problem
用于二维不规则排样的离散临界多边形模型
8.
Development of packing system for the two-dimensional irregular parts based on VC++
基于VC++的二维不规则零件排料系统开发
9.
Under ordinary conditions, these atoms lies at random angles to one another.
在一般条件下，这些原子相互之间以不规则的角度排列。
10.
The atoms are very beautifully located in a nice pattern.
原子整齐地排列成有规则的花样。
11.
Collation conflict caused by collate clauses with different collation '%.*ls' and '%.*ls'.
排序规则冲突，原因为排序子句采用不同的排序规则''%1!''和''%3!''。
12.
The experiment result has proved that the sort algorithms can not only be used in the static sort bwt also appropriated to dynamic.
而且,排序算法不仅适宜规则静态排序,也适宜规则动态排序。
13.
the regular [irregular] conjugation
规则 [不规则] 变化
14.
Collation '%s' is not supported by the operating system
操作系统不支持排序规则 ''%1!''
15.
The collation that you entered is incomplete or invalid.
您输入的排序规则不完整或无效。
16.
Physical data type '%s' does not accept a collation
物理数据类型 ''%1!'' 不接受排序规则
17.
It is not Available to Transplant American Exclusionary Rule in China
我国不宜移植“美式”非法证据排除规则
18.
Research and Implementation of Two-dimensional Irregular Nesting Algorithm;
二维不规则形状排料算法研究与实现