资源列表
data
- 是用C语言实现的,里面有我数据结构课程设计里的算法。例如关键路径,最短路径等算法-C language is used to achieve, there are my data structure in the curriculum design algorithms. For example, critical path, such as the shortest path algorithm
NN_code
- 為了在語音及影像辨認獲至與人腦相似的功能,自1940年起,科學家即著手從事此方面的研究,仿造最簡單的神經元模式,開始建立最原始的類神經網路(Artificial Neural Network ANN),歷經40年的發展,類神經的研究工作雖曾一度陷入低潮,近幾年又再度復甦,並且結合了生理,心理,電腦等科技而成為新的研究領域。-Voice and image recognition in order to be similar to the function of the human brain,
1
- 拟退火算法的matlab示例,很好的入门程序-Proposed annealing algorithm matlab example,a good entry procedures
2_090830123034
- 74H166资料参考,帮助你更好的写好程序应用等-74H166 reference material to help you better application of written procedures
Floyd
- Floyd算法的matlab实现。对输入的邻接距离矩阵计算图中任意两点间的最短距离矩阵和路由矩阵,且能查询任意两点间的最短距离和路由。并根据结果自动绘制出了最短路径图。 程序中使用了前向路由和回溯路由两种方法,并对于无向图进一步减小算法复杂度。-Matlab implementation of the Floyd algorithm. Adjacent input distance matrix between any two points in calculating the figur
neural-network-modeling
- 机器人手臂小波神经网络控制的matlab建模,simulink,源代码-Robot arm controlled by neural network modeling matlab, simulink, source code
ezw20100301
- 对原始的EZW算法德扫描顺序进行改进,使得每个方向上的零树根增多,大大增加了压缩率。-EZW algorithm on the original scan order to improve Germany, so that each direction of the zero roots increased, greatly increased the compression ratio.
matio-1.3.4
- 读取matlab数据文件(.mat)一个库。它可以把.mat文件转换成C/C++结构体。很实用。-This is a library for reading mat file of matlab.It can convert the data of .mat file into c/c++ structure. It is usefull , and very easy to use.
Simulated-annealing-algorithm
- 模拟退火算法的matlab示例,很好的入门程序,附有算法的matlab仿真-Simulated annealing algorithm matlab example, a good entry procedures, with the algorithm matlab simulation
ISPO
- ISPO优化算法的源代码,里面包含所有文件 及测试函数-ISPO algorithm source code, which contains all the files and the test function
1111867
- 自适应中值滤波算法,可以用于图像去噪,比传统的中值滤波效果更好,运行时间更短-Adaptive median filter algorithm can be used for image denoising, than the traditional median filter is better, shorter running time
LErithm
- 质心LEACH改进算法LEACH Centroid Algorithm-LEACH Centroid Algorithm
