资源列表
face_recongnize-master
- 人脸识别，好用程序()
Code
- 神经网络学习 BP神经网络学习过程 神经网络学习 BP神经网络学习过程(Neural network learning, BP neural network, learning process Neural network learning, BP neural network, learning process)
matrix
- ode45de 使用举例， 用途广泛，介绍了常微分方程的解法，并且使用画出了图像，适合初学者(an example of application of ode45)
采用遗传算法和人工神经网络对短期负荷做出预测
- 用于负荷预测和风电与光伏预测，算法精度高，易于实现。(For load forecasting and wind power and photovoltaic forecasting, the algorithm is accurate and easy to implement.)
SA
- 该算法是模拟退火中最经典的一个算法，解决最短路的问题。运行过完全没有任何bug，代码中给了相关的数据，如果想用的话，只需要把你需要的数据放进去直接运行就可以出结果(The algorithm is the most classic algorithm in simulated annealing to solve the shortest path problem. Run completely without any bug, the code to the relevant data, if
新建 360压缩 ZIP 文件 (2)
- 风电塔的模型以及相关的介绍说明（尺寸材料等等）(wind turbine ssssssssssssssss)
wajue
- 文件中给了很多用数据挖掘的实例，读者可以自行下载下来，非常多。包括数据都给的很详细，能快速让您掌握数据挖掘的编程代码(The file gives a lot of examples of data mining, the reader can download it down, very much. Including the data given to the very detailed, can quickly let you master the data mining programm
Josephus
- 约瑟夫环编程C语言实现：N个人围城一桌（首位相连），约定从1报数，报到数为k的人出局，然后下一位又从1开始报，以此类推。最后留下的人获胜。（有很多类似问题，如猴子选代王等等，解法都一样）(Joseph ring programming, C language implementation)
combination
- DSmT理论中的融合规则函数源码，目前最常用的为PCR6原则，有一定的参考价值。(DSmT theory in the fusion rule function source code, the most commonly used for the PCR6 principle, there is a certain reference value.)
decision
- DSmT理论中的决策规则函数源码，对于信息融合的应用有一定的参考价值，尤其对应于冲突性数据。(DSmT theory of decision rule function source code, for the application of information fusion has some reference value, especially in conflict with data.)
tools
- DSmT理论中的工具箱函数源码，包括超幂集的产生等等，对于信息融合的应用有一定的参考价值，尤其对应于冲突性数据。(DSmT theory toolbox function source code, including the generation of super power set, and so on, for the application of information fusion, there is a certain reference value, especially in co
Numerical Analysis Matlab
- 研究生数学之数值分析课程会用到的Matlab程序，含最佳逼近、幂法、各个迭代法等等。(Graduate mathematics numerical analysis course will use Matlab procedures, including the best approximation, power law, iterative methods, and so on.)