More Effective C++(WQ版)

一个自己编写的柔性制造的仿真软件,完全是自己编写的软件源码-I have written a flexible manufacturing simulation software, complete the preparation of their own software source code

伪随机序列（N=4的M序列）的C语言编程实现，可以应用于相关分析法和最小二乘辨识的输入信号。-Pseudo-random sequence (N = 4 M-sequence) of the C programming language, can be used in correlation analysis and least squares identification of the input signal.

本课程的教学体系结构是，从在Visual C++编程环境建立一个程序框架入手，一步一步地介绍在当前在计算机上2D游戏常用的算法和方法（其中一些方法无论在书上和网上都没有披露过的）；其中根据编制游戏发展的需要，又进一步的介绍Visual C++编程的各种具体方法。每一个教学环节的完成，就是游戏的一个效果的完成。-This course structure is the teaching system, from the Visual C++ Programming environment to establish a procedural framework to start, step by step introduction in the current 2D game on the computer commonly used algorithms and methods (some of these methods in terms of books and online have not been disclosed) in which the preparation of the game in accordance with the needs of the development and further introduce Visual C++ programming a variety of specific methods. Each link in the completion of a teaching, that is, an effect of the game completed.

不错的API帮助API查询系统，带vb例子,可用作有一定VB基础的朋友学习VB 高级编程。-good API API help the inquiry system, with vb example, VB can be used as a basis for a certain friend of learning VB senior programming.

vc-mfc编程实例 很简单的东西,以后回多传自己的东西-vc-mfc programming examples of very simple things, after the return to multi-Chuan own things

java数据结构方面的一本好书，讲解非常清楚，使用的例子非常好-java data structure of a good book to explain very clearly, using examples of very good

该书系统介绍了电子海图显示与信息系统的开发与设计原理及环境。-book system introduced an electronic chart display and information system development and design principles and the environment.

modern control systems, 11th edition, dorf-modern control systems design, application & simulation

《C语言程序设计实训》第十一章-"C Programming Language Training" Chapter 11

This paper provides a rigorous comprehensive approach to the design of the principal software algorithmsutilized inmodern-day strapdown inertial navigationsystems: integration of angular rate into attitude, acceleration transformation/integration into velocity, and integration of velocity into position.