弈棋风格,GO Styles英语短句,例句大全

弈棋风格,GO Styles
1)GO Styles弈棋风格
2)Game of Go围棋博弈

英文短句/例句

1.Study on Several Problems for Computer Go System;计算机围棋博弈系统的若干问题研究
2.In addition, a method of how to apply joseki, which is based on combinatory game theory, to computer Go game system is presented.最后，还给出了1种基于组合博弈理论在计算机围棋博弈系统中使用定式的方法。
3.Comparative Study Between Korea Chess and Chinese Chess in Computer Games;机器博弈中韩国象棋与中国象棋的比较
4.Application of Game Tree Search Algorithm in Computer Chinese Chess博弈树搜索算法在中国象棋中的应用
5.A Hybrid Game Tree Algorithm and Its Application Research in Chinese Chess Man-machine Game;一种混合博弈树算法在中国象棋人机博弈中的应用研究
6.Research and Implementation of Computer Chess-Playing System计算机国际象棋博弈系统的研究与实现
7.Research and Realization of the Computer Game and System of Connect6;六子棋计算机博弈及其系统的研究与实现
8.Research and Implementation of Gobang Game Playing System Based on C/S Model基于C/S模式的五子棋博弈系统的研究与实现
9.Design and Implementation:The Database of Joseki in Siguo Game-Playing System四国军棋人机博弈系统的定式库设计与实现
10.Adaptive Genetic Algorithm( AGA) is used to solve the problem of chinese chess game on computer.使用自适应遗传算法解决中国象棋计算机博弈问题.
11.Data Structure Design and Game-Tree Search Algorithm Research for Chinese Chess Computer Game;中国象棋机器博弈数据结构设计与搜索算法研究
12.Research and Implementation of Data Structure and Evaluation in Computer Chinese Chess;中国象棋计算机博弈数据结构与评估函数的研究和实现
13.Application and Research Based on Searching Algorithm of AI in Five-Piece Game-Playing;基于搜索算法的人工智能在五子棋博弈中的应用研究
14.Research and Implementation of a Chinese Chess Computer Game System with Self Learning;具有自学习功能的计算机象棋博弈系统的研究与实现
15.Optimization Studies on the Secondary Estimation in Computer Chinese Chess Game;计算机中国象棋博弈中的二次估值方法及其优化的研究
16.Applying Artificial Neural Network combined with TD(λ) to Computer Chinese Chess人工神经元网络结合TD(λ)算法在中国象棋机器博弈中的应用
17.Game Analysis of Price-fixing Bidding and Besieging Bidding;最高限价招标与围标的博弈行为分析
18.The title of your website says:" Building the strongest Go program", aren't you exaggerating a little?你网站的标题是：“创造最强的围棋（机对弈）序”，是不是夸张了点？

相关短句/例句

Game of Go围棋博弈
3)chess-playing system象棋对弈系统
1.A man and manipulator’s face-to-face chess-playing system is achieved by using technology of computer programming,digital image processing and serial communication.综合运用计算机程序设计、数字图像处理技术及串口通讯技术实现了人和机械手的象棋对弈系统:人走后的棋子的位置信息由低成本普通摄像头实时传给计算机,以对位置信息进行图像处理判断出人的走步,上位机根据处理得到的结果再通过串口通讯技术给下位机PLC发相应的指令,使其来控制机械手下一步的下棋动作。
2.A man and manipulator s face to face chess-playing system is developed by u- sing technology of image processing,serial communication and PLC programming.综合运用数字图像处理、串口通信和PLC技术实现了人和机械手面对面的象棋对弈系统。
4)IGPM围棋对弈方法
1.Afterwards, the article designs two implement methods: I-Go Learning Method (IGLM) and I-Go Playing Method (IGPM) based on the profound understanding with I-Go fields and directed by EBL.接着,本文以对于围棋领域的深刻认识为基础,以基于解释的学习方法为指导,设计了对应这两个子系统的基本方案:围棋学习方法(I-Go Learning Method,简称IGLM)和围棋对弈方法(I-Go Playing Method,简称IGPM)。
5)checkerboard pattern棋盘格式
1.A kind of high ordered checkerboard pattern suppressing algorithm of progressive optimization method;渐进优化法的一种高阶棋盘格式抑制方法
2.A new method using nodal density as design variable of continuum topology optimization was proposed to resolve the checkerboard pattern.针对连续体结构拓扑优化中出现的棋盘格式问题提出了一种新的以节点密度作为设计变量的优化方法,从而使设计区域内的密度场函数具有C0连续性。
3.A well-known error is the checkerboard pattern that occurs because of the artificial high stiffness and certain elements in the optimal process whose stability are not guarantee.最后的优化结果表明:采用非协调元所得的优化解已经能够使用;如果再实施过滤技术,设计区域中的中间密度单元明显减少,优化结果会更加精致;使用两类单元的求解效率和优化迭代次数相近;非协调元比等参元具有更高精度的拓扑优化结果,能进一步克服棋盘格式。
6)checkerboard pattern棋盘格
1.In order to remove the checkerboard patterns in an optimized topology solution,wavelet transform and cubic spline interpolation are combined to perform the topology extraction of a compliant mechanism.针对拓扑优化结果中普遍存在的棋盘格现象,采用小波变换与三次样条插值相结合的方法,对柔顺机构的拓扑图提取进行了研究。
2.We project the checkerboard pattern, and capture by camera to get the geometric information feedback.通过投影棋盘格模式图,再由相机捕捉,来获取投影表面的几何信息反馈。