ga-svm

运用支持向量机对一组超宽带非视距信号识别(Support Vector Machine Signal Identification)

机器学习与R语言（machine_learning）源代码下载，内含R语言实现机器学习算法和应用案例(Machine learning and R language (machine_learning) source code download, containing R language to implement machine learning algorithms and application cases)

Python实现Adaboost算法，数据集为horseColic马疝气病数据集，准确率和sklearn库中的adaboost算法一样。(Python implementation adaboost algorithm, the data set is horseColic horse hernia disease data collection, accuracy and sklearn library adaboost the same algorithm.)

用EM算法求解高斯混合模型并可视化，数据是男女生的身高分布，前提是初始化男女生身高各自的均值和方差和比例，然后由EM算法求解，男女生身高的均值方差，以拟合数据。(The EM algorithm is used to solve the Gauss mixture model and visualize. The data is the height distribution of male and female. The premise is to initialize the mean, variance and proportion of the male and female height, then the mean variance of the height of male and female is solved by the EM algorithm, so as to fit the data.)

聚类评价指标的各种说明，非常详细，请仔细阅读。(Cluster evaluation indicators of various descriptions, very detailed.)

雷达数据处理的重要模型算法之一,该代码对imm算法的不同参数下进行了详细的仿真,(One of the important model algorithms for radar data processing, the code simulates the IMM algorithm in detail under different parameters.)

说明：  简单的LSTM进行预测，附带数据集方便测试(simple test of LSTM is used for prediction , and related datasets is attached in the file.)

将数据集转换为拉普拉斯矩阵，然后利用基于图论的谱聚类进行聚类。拉普拉斯矩阵采用高斯核函数，全连接方法计算。谱聚类擅长处理高维数据或非凸数据集。(The data set is transformed into Laplacian matrix, and then clustered by spectral clustering based on graph theory. The Laplacian matrix is calculated by using the Gauss kernel function and the full connection method. Spectral clustering is good at dealing with high-dimensional or non-convex data sets.)

1基于MapReduce的K-Means聚类算法， 2基于MapReduce的分类算法 3MapReduce的频繁项集挖掘算法(1 K-Means clustering algorithm based on MapReduce, 2 classification algorithm based on MapReduce 3 Mining Algorithm for frequent itemsets based on MapReduce)

一本python数据分析的优秀资料 《python数据分析》(python data analysis)，作者【印尼】Ivan Idris，翻译：韩波。 本人制作的PDF图书，带目录和书签。 作为一种高级程序设计语言，Python凭借其简洁、易读及可扩展性日渐成为程序设计领域备受推崇的语言。同时，Python语言的数据分析功能也逐渐为大众所认可。, 本书是一本介绍如何用Python进行数据分析的学习指南。全书共12章，从Python程序库入门、NumPy数组、matplotlib和pandas开始，陆续介绍了数据加工、数据处理和数据可视化等内容。同时，本书还介绍了信号处理、数据库、文本分析、机器学习、互操作性和性能优化等高级主题。在本书的结尾，还采用3个附录的形式为读者补充了一些重要概念、常用函数以及在线资源等重要内容。, 本书示例丰富、简单易懂，非常适合对Python语言感兴趣或者想要使用Python语言进行数据分析的读者参考阅读。(python data analysis)