struts_hibernate

银行家算法java版，大家可以参考一下。(java bank algorithms sourceCode)

说明：  这个文件夹里有很多对云任务分配的算法 例如PSO、FCFS、SJF等(There are many cloud task allocation algorithms in this folder, such as PSO, FCFS, SJF, etc.)

绘制1个沿圆形轨道运动的红色球体和1个沿椭圆轨道运动的蓝色球体。两个轨道圆心重合，圆的半径为100，椭圆的长短轴半径分别为200和100，运动方向为顺时针(Draw a circular orbital motion along the red sphere and a movement along the elliptical orbit of the blue sphere. Center two tracks overlap, the circle Radius of 100, the radius of the ellipse minor axis of 200 and 100, respectively, for the clockwise direction of motion)

java 初学者学习实例，对java感兴趣者可以当作自学阅读，代码都通过(java beginners learning example, the java interested persons can be used as self-learning reading, code adopted)

说明：  基本算法： 采用博弈比较常用的策略。 计算机下子前，分别对玩家和电脑棋型进行评估，然后根据棋型对每一位置打分（玩家和电脑在同一点的分数不同），比如活三100分，冲四1000分等，然后根据每个落子点分数进行选择。采用极大极小值策略，进行多步计算。(Basic algorithm: The game strategy is commonly used. Before computer playing, players and computer chess models are evaluated separately, and then each position is scored according to the chess pattern (players and computers have different scores at the same point), such as live three hundred points, go four thousand points, and then choose according to the score of each falling point. Multi-step calculation is carried out by using the minimax strategy.)

说明：  oints in data to the points in model. Fit with respect to minimize the sum of square

for simulatio wireless sensor network

Frank-Wolfe算法的实现，给出小网络为例子进行验证。(Frank-Wolfe algorithm to verify that the small network is given as an example.)

模拟如下图所示的动态时钟界面（指针朝向不限）。程序文件命名为Exe8_2.java。(A CＬＯＣＫ)

说明：  测试案例,改案例仅为测试使用，为借用文档，如侵权，请告知删除。(Test cases, change cases only for testing use, for borrowing documents, such as infringement, please inform deletion.)