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deep-CCA
深度典型相关性分析，在线性的CCA上增加了深度网络，以此来学习新特征并提高多模态数据之间相关性(
Deep cca ,the deep network is added in linear CCA to learning description that the correlation is better between multi-modal datas)
- 2020-12-13 19:29:15下载
- 积分：1
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dbxMarlin
currently usin this firmware on Anet A6 after the original board has broken. :(
- 2019-02-20 17:05:49下载
- 积分：1
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Qt初学者计算器代码
Qt初学者计算器代码，Qt creator编译，以及vs2013结合Qt编译，两个环境都编译成功
- 2022-02-06 07:16:35下载
- 积分：1
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实验6：动态数码管显示
说明： 基于51单片机的动态数码管显示，C语言程序，可以作为子程序使用(Dynamic digital tube display based on 51 single chip computer, C language program, can be used as a subroutine)
- 2020-06-24 07:40:01下载
- 积分：1
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C#操作TrueCrypt加密解密
说明： C#操作TrueCrypt加密解密。1. 创建加密卷 2. 加载加密卷 3. 卸载加密卷 4. 修改密码 5. 加载驱动 6. 安装驱动(C # operation TrueCrypt encryption and decryption. 1. Create encrypted volume 2. Load encrypted volume 3. Unmount encrypted volume 4. Change password 5. Load driver 6. Install driver)
- 2020-04-07 18:25:17下载
- 积分：1
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C# Winform网络围棋(可对战)
程序使用VS2015，.NET4.5，.NET 2.0以上都可以编译使用，无第三方组件，可生成32、64位。Socket网络传输，可以对战、旁观，围棋走棋规则基本全面，可直接对杀。围棋规则算法写代码太麻烦，直接参考了GreatVerveGo（是单机的）算法，感谢作者。程序包含客户端和服务端2各部分。图片文件在gooinDebugRes里面1、先启动服务端 goServer.exe服务端：地址为IPAddress[] addrIP = Dns.GetHostAddresses("192.168.0.104"); //ip地址端口51888，根据你的需要进行修改；进入服务端后点击“开始监听”。服务端定义：//连接的用户System.Collections.Generic.List userList = new List();//监听端口private int port = 51888;//走棋判断int[] GameRoom = new int[255]; //房间号int[] GameUser = new int[255]; //房间人数；int[] GameStat = new int[255]; //走棋状态：1-等待、2-准备、3-开始、4-旁观int[] GameReday = new int[255]; //走棋准备状态//旁观 获得走棋信息string lookuser = "";2、打开客户端 goo.exe这里直接设置了进入到房间“0”，进入后显示“等待其他人加入”，先进房的执黑旗，按钮不可用；当有第2个人进入后，执白棋，按钮显示“准备”；双方都点击“准备”后，进入对局；后面再有人进入为旁观者，能看见双方对局信息。房间都是“0”。地址：client = new TcpClient("192.168.0.104", 51888); //定义服务器端ip地址和端口，与服务器端定义要一致根据你的需要进行修改；客户端定义：private int[,] Qpan = new int[24, 24]; //棋盘数组private string SendLook = null; //发送给旁观者的对局信息private const int Qz_Null = 0; //没有棋子private const int Qz_Black = 1; //黑子private const int Qz_White = 2; //白子private const int Max_Qpan = 23; //棋盘最大路数private int[,] TmpA_Qpan = new int[24, 24]; //临时存储棋盘private int[,] TmpB_Qpan = new int[24, 24];//临时存储棋盘private int[,] Tmp_Qpan = new int[24, 24];//临时存储棋盘private int Current_Go = 1; //当前棋子颜色private int Qpan_Count = 19; //当前棋盘路数private int Rame; //气数private int Die_Num; //死子数private bool _Attack = false; //是否打劫private int Attack_X = 0; //打劫位置private int Attack_Y = 0; //打劫位置private Panel g_Hei; //鼠标移动 黑块private Panel g_Bai; //鼠标移动 白块private Panel Fit_Hei; //最后落子标记 黑private Panel Fit_Bai; //最后落子标记 白private Panel[,] QzH = new Panel[20,20]; //黑棋子private Panel[,] QzB = new Panel[20,20]; //白棋子int LastFitX = 0; //给旁观最后落子位置int LastFitY = 0; //给旁观最后落子位置int LastHB = 0; //给旁观最后落子颜色Point Mouseoff; //鼠标位置bool go_play = false; //能否走棋int Select_Qzi = 0; //是黑还是白，1-黑，2-白int ReceiveHB =1; //接收到的棋子颜色函数：//初始化棋盘、棋子private void InitQpan()//判断该谁走棋private void Judge_HB()//显示棋子private void ShowQz(int i, int j, int QzHB)//重置棋盘棋子private void Rest_Qpan()//备份棋盘棋子private void Qpan_Backup()//恢复棋盘棋子private void Qpan_Restore()//刷新棋盘棋子private void Qpan_Refresh(int QzHB)//计算棋子的气数底层函数private void Base_Calc(int i, int j, int QzHB)//计算气数private void Calc_Ream(int m, int n, int QzHB)//计算气数接口private void Calc_Interface(int QzHB)//落子处理，判断打劫、打n还1、吃掉对方棋子private void Falling(int xx, int yy)//设置打劫private void Set_Attack(int i, int j)//最后落子标记private void Fit_Flag(int xx, int yy)//旁观者最后落子标记private void LookFit_Flag(int Qhb, int xx, int yy)//对方走棋显示在己方并判断打劫、打n还1、吃掉对方棋子private void Opp_Falling()3、跨线程调用封装在CrossThreadCall.cs4、时间有限，程序没有做计算胜负，没有做掉线处理。基本规则有了，其他的就是套接字变来变去，需要新功能自己添加。只是一个初学练习，更多初学资料到我的博客http://www.cnblogs.com/qiaoke/
- 2017-03-12下载
- 积分：1
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储能双向
dcdc仿真电路的PSCAD仿真C语言嵌入式开发(Embedded development of PSCAD simulation C language for dcdcdc simulation circuit)
- 2018-12-21 23:05:58下载
- 积分：1
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给单片机初学者的43个实验
入门教程，给单片机初学者43个实验教程，(Introductory tutorials, 43 experimental tutorials for beginners of microcontroller.)
- 2020-06-24 12:20:02下载
- 积分：1
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bonjour
jhgdhghghdgh hgvhgdvhgd hgdvhdvhgd hgdhvdh gdcdfhgd hgdhvdhg hgdvhdv hdhgd hdhhd hdfdgfdgfdgfgd g gg g g g g g gghgfgfffffffffffff fffffffffffffffffffffffffffffffffffffff f fffffffffffffffffffffff fffffffffffffffffffffff fffffffffffffffff fffffffffffffffffffffff fffffffffffffffffffff fffffffffffffffffffffffff fffffffffffffffffffffffff fffffffffffffffffffffffff fffffffffffffffffffffffffffffffff fffffffffffffffffffffffffffffff ffffffffffffffffffffffffffff ffffffffffffffffffffffffff fffffffffffffffffffffffff fffffffffffffffffffffffffffffffff fffffffffffffffffffffffffff fffffffffffffffffffffffffffffff fffffffffffffffffffffffffff fffffffffffffffffffffffffffff ffffffffffffffffffffffffffffffffffff fffffffffffffffffffffffffffffffffffffffffffff ffffffffffffffffffffffffffffffffffffffffffffff fffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff ffffffffffffffffffffffffffffffffffffffffffffffffffffffff fff
- 2022-04-10 04:03:46下载
- 积分：1
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matlaboptionals
说明： matlab 解决最优化问题的教程。在科学研究和工程实践中经常遇到。(matlab solve the optimization problem of the course. In scientific research and engineering are often encountered in practice.)
- 2009-08-19 14:43:29下载
- 积分：1
