ClassManager

实现图书管理，程序能存储书的主要内容，并能检索图书(Library Management, the program can store the main content of the book, and can retrieve books)

一个简单的图书管理系统，自己稍微修改一下就能使用。(A simple library management system that they will be able to use a little tinkering.)

学生成绩管理系统，visual c++与Access数据库实现(Student achievement management system, Visual C++ and Access database to achieve)

简单,实用,速度快,强大的后台验证管理功能(Simple, practical, fast, powerful management background verification)

这是一个用C编写的《图书管理系统》有对图书的管理和读者管理两大功能(It s a library manage system. Function: manage books & manage readers )

针对肖田元教授所著的《系统仿真导论》中龙格库塔法参考程序研究生很难看懂的现象，我加上了注释,使初学者能把学习算法和编写程序对应起来，从而可以有效地掌握算法的实现，对于用龙格库塔法进行在线实时仿真、建模、最优控制及自适应控制的教学有意义。(Professor Xiao Tianyuan for the book " Introduction to System Simulation," in reference to Runge-Kutta method is difficult to understand the phenomenon of post-graduate program, I have added comments to beginners can learn the corresponding algorithms and programming together, which could effectively implementation of control algorithms, using Runge-Kutta method for online real-time simulation, modeling, optimal control and adaptive control of a meaningful education.)

用可视化MFC写的一个学生成绩管理系统，用Access数据库，里面可以查询多门课成绩，并根据条件选择学生，测试过，可用。(Visualization MFC write a student performance management system, with the Access database, which can query multiple course grades, and select students according to the conditions tested, can be used.)

图书馆系统，完成图书馆数据应用的基本功能。(Library system, complete the basic functions of library applications.)

计算机三级考试——网络技术的必考书目，考生必看！(Three dedicated computer network technology exam books)

　　　　图书管理系统可以方便图书销售过程中的各个环节，有利于图书类企业流动资金加快，有利于企业成本降低，更有利于他们即使掌握各种销售与库存信息，然而现在大多数的系统设计时都没有考虑到将来的需要，设计接口不够灵活，以至于当前环境变化后不能很好的适应新环境，造成软件寿命的简短，要想实现软件寿命的延长，就必须在设计软件的全过程中灌入一种动态的有预见性的设计，只要这样，将来条件发生了改变，软件只需局部做一些调整就能够适应新环境。(Library management system can easily book all aspects of the sales process, help speed up books like corporate liquidity, help enterprises to reduce the cost, even if they are more conducive to master a variety of sales and inventory information, but now most of the system design are not take into account future needs, designing the interface is not flexible enough, so that the current environment after the change are not well adapt to the new environment, resulting in a short lifetime software, in order to achieve the software life extension, you must design software, the whole process of filling into a dynamic anticipatory design, as long as this in the future conditions changed, the software only partially able to make some adjustments to adapt to the new environment.)