搜索资源列表
NUM-FDTDVer1.0unix
- 利用不均一分割的FDTD解析程序，为了适应正确表现小型天线的局部部位的细小构造，还有包含电介质材料的电磁场问题而由本研究室开发的解析法。这种解析法可以提高解析效率，并且因为正确表现天线的细小构造，也可以达到提高解析结果精度的目的。-use an uneven division of FDTD analytical procedures, In order to adapt to the correct performance of the local small antenna parts of
chromium_configure
- 集群计算环境下的网络通讯与负载系统，通过该软件可使集群计算机系统的负载达到最佳平衡-cluster computing environment with a network communications system load, adoption of the software will enable computer clusters load on the system to achieve the best balance
spline
- 三次样条插值子程序，主程序调用此子程序，可以进行数据插值，能够达到足够的精度-Cubic spline interpolation subroutine, main program calls this subroutine, the data can be interpolated to achieve sufficient accuracy
vehicle
- 在处理多参数变量不确定情况下时非常好用，可以任意改变参数的大小以达到最好的处理方式-Multi-parameter variables in dealing with the case when uncertainty is very easy to use, you can change the parameters of any size to achieve the best approach
java_wait_notify_notifyall
- java 多线程编程，演示了线程等待，唤醒。可以达到并行计算。利用著名操作系统的生产者与消费者说了原理。-java multithreaded programming that demonstrates thread waiting, wake up. Parallel computing can be achieved. Using well-known operating system that the principle of producers and consumers.
computePI
- 用于计算pi值的经典数值算法，使用mpich2实现。算法在8台1.6Ghz机器上运行令计算精度达到小数点后10位耗时10min-algorithms for computing pi.
PSOCUDA
- 采用CUDA平台实现人工智能的粒子群优化算法，加速比可达到10倍左右，结构清晰。-The CUDA platform for artificial intelligence, particle swarm optimization algorithm, the speedup can reach about 10 times, a clear structure.
TestDCT_1st
- OpenCL实现的逆向离散余弦变换，校验无误。性能可以达到CPU的两倍以上，OpenCL1.2版测试通过。 C++/OpenCL-OpenCL inverse discrete cosine transform, the checksum is correct. Performance can be achieved more than twice the CPU OpenCL1.2 version of the test. C++/OpenCL
GA8746
- 多目标规划优化问题 Matlab中常用于求解多目标达到问题的函数为fgoalattain-Multi-objective planning optimization problem Matlab is commonly used to achieve problem solving multi-objective function fgoalattain
1302
- 时钟芯片实现计时，可调，以及12864液晶显示模块程序，可根据个人需要对程序做些少改动即可达到所要的功能-Clock chip timing, adjustable, and 12864 LCD module procedures, fewer changes to the program based on individual needs to do to achieve the desired function
Matrix_mulitiple
- 使用CUDA并行语言编写的矩阵乘法，与串行语句的对比试验，主要检测出CPU与GPU运行的时间，通过比较时间，达到比较效果。另外此程序可以随意更改矩阵的维数，增强程序的移植性。-CUDA parallel language use matrix multiplication, and serial statement comparison test, the main test of CPU and GPU to run time, by comparing the time, to compar