红外控制直流电机的转速C语言

学VC、编游戏，从这开始(school VC, Florida, from the beginning)

本代码完整的实现了一个简易采购及库存管理的软件系统。完全使用VC 2008开发完成。软件实现的过程中涉及下列技术点，可供各位参考： 1、使用VC++代码访问带有密码设置的Access 2000数据库。 2、使用VC++代码操作Access 2000数据库。 3、模态对话框中的控件大小及位置，随着主窗口大小的改变而自适应调整。 4、浮动窗口的实现。

首先附加数据库， 管理员账号 admin 密码 00000 教师账号 t001 密码 12345 学生账号 SunPeng 密码 12345

针对M2M海量业务在LTE-A调度中的新算法改进，用Matlab测试其丢包率、时延以及系统吞吐量(A new algorithm for M2M massive business in LTE-A scheduling improvements, using Matlab to test its loss rate, delay, and system throughput)

说明：  Turbo码的BCJR 算法 将通过观察离散无记忆信道(DMC) 中的M arkov 信源的接收序列, 经过计算, 给出每符号(状态) 最小 差错概率的符号(状态) 序列。(Turbo Codes BCJR algorithm by observing without discrete memory accesses (DMC), M arkov source reception sequence, calculated, given every sign (state), the smallest error probability of symbols (state) sequence.)

说明：  温度控制系统中采用NTC测温程序 使用二分法查表 测温精度为0.1(NTC temperature measurement program uses dichotomy to look up the table)

Snake Game IN C++ Plateforn Turbo C++

Matlab C++数学库对元组阵列的操作(======================================================================== CONSOLE APPLICATION : cellArrayCreate ======================================================================== AppWizard has created this cellArrayCreate application for you. This file contains a summary of what you will find in each of the files that make up your cellArrayCreate application. cellArrayCreate.dsp This file (the project file) contains information at the project level and is used to build a single project or subproject. Other users can share the project (.dsp) file, but they should export the makefiles locally. cellArrayCreate.cpp This is the main application source file. ///////////////////////////////////////////////////////////////////////////// Other standard files: StdAfx.h, StdAfx.cpp These files are used to build a precompiled header (PCH) file named cellArrayCreate.pch and a precompiled types file named StdAfx.obj. ////////)

无刷云台代码分析，转载非原创

作者在学习《航天系统》时，在c++6.0环境中实现的卫星定位的算法程序。包括通过轨道根数求卫星状态参数的算法和通过卫星状态参数反求卫星星历的算法。(Author of the study "space system" is in c++6.0 environment to achieve the satellite positioning algorithm. Including through the orbital parameters of the algorithm for the satellite status and Reverse status parameters via satellite satellite ephemeris algorithms.)