1.
Automatic Polycubic Parameterization and Cross-parameterization;
Polycube参数化自动构造与交叉参数化
2.
Optimizing parameters of support vector machine's model based on genetic algorithm
十折交叉检验的支持向量机参数优化算法
3.
Optimal Method of Signal Parameters Based of Channelization Length at Signalized Intersections;
基于信号交叉口渠化段长度的配时参数优化方法
4.
Parameterized Modeling Technology and Software Development for Cross-arm Styles Glass Regulator Based on KBE;
基于KBE的交叉臂式车门玻璃升降器参数化建模技术及软件开发
5.
Speech Emotion Recognition Combining Acoustic Features and Aural Features
声学参数和听觉参数结合的语音情感交叉识别
6.
The Calculation of Signal Timing Parameters Based on the Traffic State Identification of Critical Intersections;
基于关键交叉口交通状态判别的配时参数计算
7.
Research on the Model Design and Parameters for Pressure Control to Prevent Cross Contaminants;
以不同压差控制交叉感染之设计参数模拟研究
8.
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
9.
Optimal analysis and parametric modeling of mast assembly for fork lift truck based on ADAMS
基于ADAMS的叉车门架系统参数化建模及优化分析
10.
Research and Development on Rapid Parametric Modeling and Analysis of a Crotch Structure;
叉架结构参数化快速建模与分析的研究和开发
11.
Optimized configuration of PCM equipment by applying digital cross technology
利用数字交叉技术实现PCM设备的优化配置
12.
Particle Swarm Optimization with Dynamic Dimension Crossover for High Dimensional Problems
基于动态维度交叉的粒子群高维函数优化
13.
Study on the Parameters and Capacity of Left-turn Waiting Area Intersection
信号交叉口左转待行区设置参数和通行能力研究
14.
DXC(Digital Cross Connecton)
数字交叉连接(设备)
15.
The Crossing Number of Flower Snark and K_m-e□P_n;
Flower Snark和K_m-e□P_n的交叉数
16.
The Crossing Numbers of W_(3,n) and K_m□C_n;
W_（3，n）和K_m□C_n的交叉数
17.
secondly, acquire the acupuncture manipulation parameter through the crossing of multiply subject, then analyze and deal with the parameters.
第二,通过多学科交叉实现实时采集针刺手法参数,并对针剌手法参数进行分析与处理。
18.
The simulation result of complicated function optimization shows that this improved crossover operation is much more effective than the standard crossover operation.
对复杂函数优化的仿真计算结果表明，同标准交叉操作比较，改进的交叉操作更加有效。