用c语言编写的gauss迭代，属于并行算法，是学习的好资料！

使用GPU的强大并行计算能力来实现稠密矩阵的LU分解计算。-The use of a powerful GPU parallel computing capability to realize dense matrix LU decomposition calculation.

并行算法学习资料。附录了大量并行算法例子程序。-Parallel algorithm learning materials. Appendix a large number of examples of parallel algorithms process.

已经成功的FPGA 控制的SDRAM控制器代码.只要修改你需要的宽度就可以了.-FPGA has been successfully controlled by SDRAM controller code. As long as you need to modify the width of it.

该源码是关于32*16 的点阵屏，还拥有proteus仿真，能结合虚拟实际，快速的弄懂较为复杂的源码-The source code is about 32* 16 dot matrix screen, also has a Proteus simulation, can be combined with virtual reality, rapid understand more complex source

神经网络学习中的ART算法，用VC编写。很有参考价值。-neural network learning algorithm of ART, with VC prepared. Great reference value.

CUDA是流行的并行计算的硬件和软件架构， 其高性能的可以应用到实际软件中的工具，包含一些学习CUDA的基本的一些资料，并且有本人的对别人讲过的PPT 已经一些总结-CUDA is a popular parallel computing hardware and software architecture, which can be applied to the actual high-performance software tools, including some of the study some of the basic information on CUDA, and there I talked to others in the PPT have been a number of summary

CUDA编程的参考手册，以供大家学习参考。

计算测量标准差与两个不确定度，一是标准不确定度,二是扩展不确定度。-calculate standard deviation of measurement uncertainty for two : First, the standard uncertainty, two of the expanded uncertainty.

使用“Biconjugate Gradient Method”并行程序实现复杂的线性方程求解 -"Biconjugate Gradient Method" parallel process of complex linear equation

分布式计算平台P2HP-1的源代码；P2HP-1是基于P2P的高性能计算平台，它把大规模的工程和科学计算在任务级分布到互联网上的志愿机来共同完成计算。-Distributed Computing Platform P2HP-1