这是一个使用c++语言编写的斗地主小游戏。在游戏的AI上花费了不少时间，是一个值得研究的经典例子...

IMPORTANT PPT FOR IMAGE COMPRESSION SYSTEM.

本人在网上搜集的C语言编写的经典小游戏的源码集合，有志于C游戏编程学习的朋友可以选用参考。-I am in the online collection of C language source code classic game collection, game programmers interested in learning C Friend can choose to use reference.

这是一个子波程序，在地震勘探相关的程序编写中常常会遇到编写相关的子波程序，该程序可作为参考-This is a sub-wave process, seismic exploration in the preparation of the relevant procedures usually encountered in the preparation of wavelet-related procedures, the procedures may be used as reference

美信公司MAX260/261 滤波器设计软件，可编程滤波器-US-letter company MAX260/261 filter design software, programmable filter

Chat Server using TCP Socket in C#.NET

中小型企业网站，用ASP.NTE 和C#实现-Small and Medium Enterprises website, with ASP.NTE and C# implementation

arm 的PWM功能源码，用以实现常用的方波控制-arm of the PWM function of source to achieve the commonly used square-wave control

根据二维空间内目标作匀速直线运动和匀速圆周运动的特点，在建立目标运动模型和观测模型的基础上采用基于交互多模算法（IMM）的卡尔曼滤波器对机动目标进行跟踪。仿真结果表明，该算法不仅能够对匀速直线运动和匀速圆周运动的目标进行跟踪，而且在运动模型发生变化时，滤波误差也比较小。 关键词：卡尔曼滤波器；目标跟踪；机动；交互多模（IMM） -two-dimensional space under target for uniform linear motion and uniform circular motion characteristics, the establishment of the target model and observations on the basis of the model based on interactive multi-algorithm (IMM) Kalman Filter right track moving targets. Simulation results show that the method can not only on uniform linear movement and the uniform circular motion of the target tracking, and the campaign model change, the filter error is relatively small. Keywords : Kalman filter; Target tracking; Mobility; Interactive multi-mode (IMM)

简单的贪食蛇小游戏 Win环境下VC编译通过 很基础的东西-simple little game Win environment through VC compiler based on the very things

本例的源描述超过了演示版限制的300行, 如果您需要对其进行编译与模拟,请与北京理工大学 ASIC研究所联系,获取Talent系统的完全版本. 联系方法: 电话:010-68912434 信函:北京理工大学ASIC研究所 刘明业 教授收 邮编:100081-The source described in this case than the demo version of the 300 line limit, if you need to be compiled with the simulation, please contact ASIC Institute of Beijing Institute of Technology to obtain the complete version of Talent system. Contact: Tel :010-68912434 letter : Research Institute of Beijing Institute of Technology Professor Liu Mingye ASIC received Postcode: 100081