
Machine Learning with JMP
Description
Book Introduction
JMP is a data analysis software that features connectivity between data and analysis results, excellent visibility, compatibility with Python/R, etc., and powerful DOE (Design of Experiments) and machine learning capabilities.
This book focuses on the machine learning capabilities of JMP, covering not only supervised learning such as regression analysis, decision trees, bootstrap forests, and artificial neural networks, but also unsupervised learning such as dimensionality reduction and clustering analysis, including principal component analysis, factor analysis, and multivariate embedding.
Additionally, we introduce specialized techniques such as partial least squares (PLS) and structural equation modeling (SEM), as well as how to use JMP.
This book focuses on the machine learning capabilities of JMP, covering not only supervised learning such as regression analysis, decision trees, bootstrap forests, and artificial neural networks, but also unsupervised learning such as dimensionality reduction and clustering analysis, including principal component analysis, factor analysis, and multivariate embedding.
Additionally, we introduce specialized techniques such as partial least squares (PLS) and structural equation modeling (SEM), as well as how to use JMP.
index
Chapter 1.
Business Data Analytics and JMP
1.1 Business Data Analysis
1.2 The intersection of machine learning and statistical approaches and the use of JMP
1.3 JMP Interface and Analysis Environment
Chapter 2.
Understanding the overall flow of machine learning
2.1 Overall flow and key terms of machine learning
2.2 Data Types and Preprocessing
2.3 Variable Selection and Feature Engineering
2.4 Model Performance Comparison Indicators
Chapter 3.
Supervised Learning I? Prediction Using Regression Analysis
3.1 Simple regression analysis
3.2 Multiple Regression Model: Fit Model
3.3 Logistic Regression Analysis
3.4 Generalized Regression Analysis (Variable Selection Method)
3.5 Stepwise Regression Analysis
Chapter 4.
Supervised Learning II? Decision Trees
4.1 Decision Tree (Partition)
4.2 Bootstrap Forest
4.3 Boosted Tree
Chapter 5.
Supervised Learning III? Artificial Neural Networks
5.1 Introduction to the Neural Network Platform
5.2 Performance Improvement and Interpretation Strategies for Neural Network Models
Chapter 6.
Unsupervised Learning I? Dimensionality Reduction
6.1 Principal component analysis and factor analysis (PCA and EFA)
6.2 Multidimensional Scaling (MDS)
6.3 Multivariate Embedding
Chapter 7.
Unsupervised Learning II? Clustering Techniques
7.1 Hierarchical Clustering
7.2 K-means Clustering
7.3 Normal Mixture Analysis
7.4 Latent Class Analysis
Chapter 8: Specialized Techniques and Advanced Analysis
8.1 Partial Least Squares
8.2 Structural Equation Model
8.3 Explore Outliers
8.4 Model Screening
References
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Business Data Analytics and JMP
1.1 Business Data Analysis
1.2 The intersection of machine learning and statistical approaches and the use of JMP
1.3 JMP Interface and Analysis Environment
Chapter 2.
Understanding the overall flow of machine learning
2.1 Overall flow and key terms of machine learning
2.2 Data Types and Preprocessing
2.3 Variable Selection and Feature Engineering
2.4 Model Performance Comparison Indicators
Chapter 3.
Supervised Learning I? Prediction Using Regression Analysis
3.1 Simple regression analysis
3.2 Multiple Regression Model: Fit Model
3.3 Logistic Regression Analysis
3.4 Generalized Regression Analysis (Variable Selection Method)
3.5 Stepwise Regression Analysis
Chapter 4.
Supervised Learning II? Decision Trees
4.1 Decision Tree (Partition)
4.2 Bootstrap Forest
4.3 Boosted Tree
Chapter 5.
Supervised Learning III? Artificial Neural Networks
5.1 Introduction to the Neural Network Platform
5.2 Performance Improvement and Interpretation Strategies for Neural Network Models
Chapter 6.
Unsupervised Learning I? Dimensionality Reduction
6.1 Principal component analysis and factor analysis (PCA and EFA)
6.2 Multidimensional Scaling (MDS)
6.3 Multivariate Embedding
Chapter 7.
Unsupervised Learning II? Clustering Techniques
7.1 Hierarchical Clustering
7.2 K-means Clustering
7.3 Normal Mixture Analysis
7.4 Latent Class Analysis
Chapter 8: Specialized Techniques and Advanced Analysis
8.1 Partial Least Squares
8.2 Structural Equation Model
8.3 Explore Outliers
8.4 Model Screening
References
Search
GOODS SPECIFICS
- Date of issue: October 20, 2025
- Page count, weight, size: 278 pages | 182*257*20mm
- ISBN13: 9791112073358
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