资源列表
离散Hopfield神经网络的分类——高校科研能力评价
- 离散Hopfield神经网络的分类,高校科研能力评价(Classification of discrete Hopfield neural networks and evaluation of scientific research ability in Universities)
牙刷data
- 之前一个牙刷项目中涉及磁力计用到的东西，使用决策树生成的分类器，初级版本。(A primary version of the classifier generated by decision trees.)
非线性拟合
- 非线性拟合,stats第二个数为F分布值 finv(0.95,1,9) %F分布查表值(Nonlinear fitting, stats second number is F, distribution value finv (0.95,1,9)%F distribution look-up table value)
SHADE
- 该文件是一种改进的自适应差分算法的研究，包括算法程序和参考文献，并用CEC2013 单目标真实参数优化问题测试了算法的性能。(This file is a kind of improved adaptive DE, including the algorithm program and references, and the performance of Success History based Adaptive DE (SHADE) is evaluated on the benchma
PVADE
- 该文件是一种改进的差分算法研究（PVADE）,包含一个算法程序和CEC2013 程序，并且算法通过CEC 2013 单目标真实参数优化问题的仿真测试。(This file is a kind of improved DE (Population's Variance-Based Adaptive Differential Evolution, PVADE), including the algorithm program and CEC 2013 programs, and the perfo
机器学习实战源代码
- 这是机器学习实战源代码，第二版原书代码例程，欢迎大家参考下载(This is the actual source code for machine learning, second edition of the original book code routines, welcome to refer to download)
matlb
- 利用matlab实现——聚类减法模糊神经网络(Cluster subtraction by Fuzzy Neural networks)
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
quicksort
- 快速排序，c语言经典算法，优于冒泡排序，时间复杂度n（o）(Fast sort, c language classical algorithm, better than bubble sort, time complexity n (o))
ReadRasterFileNew
- In conventional ScanSAR mode, targets located at different azimuth positions are illuminated by different parts of the azimuth antenna pattern (AAP), resulting in problems of scalloping, and azimuth-varying distributed target ambiguity ratio and si