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    • TensorFlow预测分析(影印版)(英文版)
      • 作者:(德)礼萨·卡里姆
      • 出版社:东南大学
      • ISBN:9787564177522
      • 出版日期:2018/08/01
      • 页数:496
    • 售价:42.4
  • 内容大纲

        从结构化和非结构化数据中预测分析发现隐藏的模式,可用于商业智能决策。
        礼萨·卡里姆著的《TensorFlow预测分析(影印版)(英文版)》将通过在三个主要部分中运用Tensor Flow,帮助你构建、调优和部署预测模型。第一部分包括预测建模所需的线性代数、统计学和概率论知识。
        第二部分包括运用监督(分类和回归)和无监督(聚类)算法开发预测模型。然后介绍如何开发自然语言处理(NLP)预测模型以及强化学习算法。最后.该部分讲述如何开发一个基于机器的因式分解推荐系统。
        第三部分介绍高级预测分析的深度学习架构,包括深度神经网络以及高维和序列数据的递归神经网络。最终,使用卷积神经网络进行预测建模,用于情绪识别、图像分类和情感分析。
  • 作者介绍

  • 目录

    Preface
    Chapter 1: Basic Python and Linear Algebra for
    Predictive Analytics
    A basic introduction to predictive analytics
        Why predictive analytics?
        Working principles of a predictive model
    A bit of linear algebra
        Programming linear algebra
    Installing and getting started with Python
        Installing on Windows
        Installing Python on Linux
        Installing and upgrading PIP (or PIP3)
        Installing Python on Mac OS
        Installing packages in Python
    Getting started with Python
        Python data types
        Using strings in Python
        Using lists in Python
        Using tuples in Python
        Using dictionary in Python
        Using sets in Python
        Functions in Python
        Classes in Python
    Vectors, matrices, and graphs
       Vectors
        Matrices
          Matrix addition
          Matrix subtraction
          Finding the determinant of a matrix
        Finding the transpose of a matrix
        Solving simultaneous linear equations
        Eigenvalues and eigenvectors
    Span and linear independence
    Principal component analysis
    Singular value decomposition
        Data compression in a predictive model using SVD
    Predictive analytics tools in Python
    Summary
    Chapter 2: Statistics, Probability, and Information Theory for
    Predictive Modeling
    Using statistics in predictive modeling
        Statistical models
          Parametric versus nonparametric model
        Population and sample
          Random sampling
          Expectation
        Central limit theorem
          Skewness and data distribution
        Standard deviation and variance
          Covariance and correlation

        Interquartile, range, and quartiles
        Hypothesis testing
          Chi-square tests
          Chi-square independence test
    Basic probability for predictive modeling
        Probability and the random variables
        Generating random numbers and setting the seed
        Probability distributions
          Marginal probability
          Conditional probability
        The chain rule of conditional probability
        Independence and conditional independence
        Bayes' rule
    Using information theory in predictive modeling
        Self-information
          Mutual information
        Entropy
          Shannon entropy
          Joint entropy
          Conditional entropy
          Information gain
        Using information theory
    ……
    Chapter 3: From Data to Decisions - Getting Started with TensorFlow
    Chapter 4: Putting Data in Place -Supervised Learning for Predictive Analvtics
    Chapter 5: Clustering Your Data - Unsupervised Learning for Predictive Analytics
    Chapter 6: Predictive Analytics Pipelines for NLP
    Chapter 7: Using Deep Neural Networks for Predictive Analytics
    Chapter 8: Using Convolutional Neural Networks for Predictive Analvtics
    Chapter 9: Using Recurrent Neural Networks for Predictive Analytics
    Chapter 10: Recommendation Systems for Predictive Analytics
    Chapter 11: Using Reinforcement Learning for Predictive Analytics