平面网平差，有网图绘制功能。另带放样小程序

本系统的使用可以将工作的部分流程使用计算机的办公自动化处理，能够极大的提高办公的效率和准确程度。另外，可以便捷的统计和分析各种所需资料，方便相应政策的调整等。 该系统作为网上信息管理系统，实现网络处理功能。系统采用先进的应用系统体系结构和开发模式，提高系统的可扩展性、可维护性和交互性。该系统相对独立，接口实现简单、安全，可操作性强-the use of the system can be part of the process of using computers for office automation, the ability to greatly improve office efficiency and accuracy. In addition, the user can analyze statistics and information required to facilitate the corresponding policy adjustments. The system as a web-based information management system, network processing functions. The system uses advanced application system architecture and development model to improve the scalability, maintainability and interactive. The system relatively independent interface is simple, safe and operable

ekf, ukf, pf等滤波器程序，对于学习估计理论的非常有用-ekf, ukf, pf procedures, such as filters, estimation theory for the study of very useful

Windows 批处理关于变量输入学习的小程序。-Windows batch study on the variable input applet.

TSR唱友谊天长地久的小程序-TSR sing friendship has stood the small program

数字信号处理算法。用于多采样率系统-digital signal processing algorithms. For more sampling rate system

高频电子电路设计指导书-----课程设计说明-High-frequency electronic circuit design to guide curriculum design note book-----

java 命令模式，能够实现OCp原则，实现代码重构，包括例子。-java command mode to achieve OCp principles, code remodeling, including examples.

两个一元多项式相加相乘源程序。用C++编写。-2 1 yuan polynomial multiplication combined source. C preparation.

对平稳时间序列中的参数估计方法（包括矩估计，极大似然估计）和预测方法（包括差分方程预测方法，逆函数预测方法，格林函数预测方法）应用matlab进行编程，大家可以方便使用-For stationary time series in the parameter estimation methods (including moment estimation, maximum likelihood estimation) and forecasting methods (including the difference equation forecasting methods, inverse function of forecasting methods, Green s function prediction method) Application matlab program, we can easily use

九宫格小游戏，自动出题和解题.九宫格（即3格宽×3格高）的正方形状，每一格又细分为一个九宫格。在每一个小九宫格中，分别填上1至9的数字，让整个大九宫格每一列、每一行的数字都不重复。 -Squares of small games, questions and solve problems automatically. Squares (ie, 3 cells wide × 3 grid H) of square-shaped, each divided into a fine grid squares. Small squares in each of the respective fill in the figures 1-9, so that the whole big squares in each row, each row will not repeat the figures.