openglcrashing

说明：  谭浩强《C++程序设计》课本程序 课后题程序，是初学者课后答案的参考。所有例子本人均上机运行过。(Hemopurification "C++ programming textbook program after-school title program is the reference beginners afterschool answer. Example of this per capita on the machine running.)

建立一个bp神经网络解决异或问题：神经网络的结构采用2:2:1的结构，可以改变隐层神经元的个数。(Create a bp neural network to solve XOR problem: the structure of the neural network structure using 2:2:1, you can change the number of hidden layer neurons.)

说明：  禁忌搜索算法计算电力系统无功优化，计算并联电容器的安装位置和容量(Tabu search algorithm calculates reactive power optimization calculation shunt capacitor installation location and capacity)

简单的插入排序和二分查找实现，使用的是C++来实现，可使用GCC来编译(Simple insertion sort and two point search implementation)

此程序用于解决8皇后问题，运行后输出8皇后问题的所有解(This program is used to solve the 8 queens problem, all solutions of 8 queens problem output operation.)

该程序实现圆拟合，对学习圆拟合有一定帮助。(circle fit based on VC++)

WinLicense 脱壳教程，脚本说明和视频教程。(WinLicense shelling tutorial, script, instructions and video tutorials.)

You are asked to design and implement a simulator for university life where lecturers provide lectures (credits) and students attend lectures (credits) to graduate. This simulator uses a bounded circular buffer shared by lecturers and students. Lecturers are concurrently providing lecturers and placing their lecturers in JCU (shared buffer) and students are concurrently taking lectures from JCU to graduate. The purpose of this assignment is to give you some "hands-on" experience with concurrent processes, semaphores, and shared memory. You need to use the modules you practiced in week 6 and 8 labs (Prac 5 and Prac 6). You need semaphores for mutual exclusion and synchronization (studied in week 6 prac) and a shared buffer for shared memory IPC (studied in week 8 prac).

Grain流密码C语言编程实现 算法实现简洁 运行时间开销极低 C++语言(Grain stream cipher algorithm C language programming concise language run-time overhead is very low C++)

说明：  简单的评分系统 实现去掉一个最高分与去掉一个最低分然后取平均值的运算(Simple scoring system to achieve the highest score and remove to remove a minimum score and then taking the average of a computing)