小波提升格式的java源代码，包括标准的分裂、预测和更新三步，以及一个实例...

我们提出一种积分图像算法这可以在运行实时的图形处理单元 (GPU)。我们的系统利用了通过计算并行性NVIDA CUDA 编程模型，是一种软件平台，为解决非图形问题在大规模并行高性能时尚。

一个有用的CNC代码，C语言编写，包括G代码编译，插补功能，I/O编程-A useful CNC code written in C language, including the G-code compiler, interpolation functions, I/O programming

一个矩阵类的实现，有加减乘除、求逆、转置等功能，应该是一个不错的实用程序。-a matrix of type, and it is the arithmetic, inversion, transpose function, it should be a good utility.

Will perform 3D Gaussian quadrature over a user-defined volume. The volume is defined by the user with function definitions entered in the appropriate spaces provided on the GUI. The user can change the number of Gauss points to use. Function inputs need not accept vector args. -Will perform 3D Gaussian quadrature over a user-defined volume. The volume is defined by the user with function definitions entered in the appropriate spaces provided on the GUI. The user can change the number of Gauss points to use.Function inputs need not accept vector args.

函数连分式的计算-function even fractional calculation

你想不想去火星，但不知道什么时候离开或多少带来了什么？你想的东西降落在月球上？一般任务分析工具（GMAT）是一个开放源代码的太空任务的分析工具来回答只是那些类型的问题。 GMAT是由一组美国航天局，私营工业，公共和私人捐助者的发展。 GMAT的目的是既为真实世界的工程设计研究，如NASA宪章的精神，教育和公众参与的工具。GMAT的设计建模，优化，并估计飞船在轨道飞行状态从低地球轨道到月球应用，星际轨道等深空任务。分析师模型空间任务中GMAT首先创建资源，如飞船，传播者，估计和优化。资源可以被配置，以满足特定的应用程序和任务的需要。 GMAT包含一套广泛的可用资源，可以被分解成物理模型的资源与分析模型资源。物理资源包括飞船，推进器，罐，地面站，形成冲动烧伤，烧伤有限，行星，彗星，小行星，月球，重心，振动点。分析模型资源包括差分校正，传播，优化，估计*，3-D图形，XY坐标图，报告文件，文件的星历，用户定义的变量，数组和字符串，坐标系统，自定义子程序，MATLAB功能和数据。

概率论与数理统计中的F分布的逆分布，有了它，可以免去查教科书附表的繁琐-probability theory and mathematical statistics on the F-distribution inverse distribution With it, check the textbook can avoid the cumbersome Schedule

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 使用Hash优化算法,过滤敏感词、关键字。速度棒棒的。

资源描述工业机器人PUMA560逆解算法，使用VS2012环境编译实现，输入机器人末端齐次矩阵，可得八组逆解关节角度。