K_DM
Youtube
Twitter
1.
Introduction
2.
Machine Learning
2.1
Linear Regression
2.1.1 Least-squares method
2.1.2 Ridge and Lasso regression
2.1.3 Outliers and Robustness
2.2
Linear Classification
2.2.1 Logistic Regression
2.2.2 Linear Discriminant Analysis
2.3
Decision Tree
2.3.1 Decision Tree (Classification)
2.3.2 Decision tree (regression)
2.3.3 Decision Tree Parameters
2.4
Ensemble
2.4.1 Random Forests
2.4.2 Stacking
2.4.3 Adaboost (classification)
2.4.4 Adaboost(Regression)
2.4.5 Gradient boosting
2.5
Clustering
2.5.1 k-means
2.5.2 k-means++
2.5.3 X-means
2.6
Dimensionality Reduction
2.6.1 PCA
2.6.2 SVD
2.7
Feature Selection
2.8
Time Series
2.8.1 Using Prophet
3.
Preprocess
3.1
Numerical Data
3.3.1 Binning
3.3.2 BoxCox transformation
3.3.3 YeoJonson transformation
3.2
Categorical Data
3.3
Table
3.4
Others
4.
Metrics
4.1
Model Selection
4.2
Regression
4.2.1 Correlation coefficient
4.2.2 Coefficient of determination
4.3
Classification
4.3.1 ROC-AUC
5.
TimeSeries
5.1
Plotting and Preprocessing
5.1.1
Check Dataset
5.1.2
Impact of Trends
5.1.3
Trend & Periodicity
5.1.4
Box-Cox transformation
5.1.5
Adjustment
5.2
Exponential smoothing
5.3
Univariate
5.3.5
AR Process
5.3.6
MA Process
5.4
Multi-variate
5.5
Shape & Similarity
5.5.1 Dynamic Time Warping
5.6
timeseries forecast
5.7
Hierarchical and Grouped Time Series
6.
Visualization
6.1
Numeric Value Distribution
6.1.1 Map of Japan
6.1.2 Tree map
6.1.3 Doughnut chart
6.1.4 Sankey Diagram
6.2
Category & Number
6.2.1 Histogram
6.2.2 Density plot
6.2.3 Ridgeline plot
6.2.4 Violin plot
Appendix
7.
Economic Data
7.1
Time Series
7.1.1
FRED
7.1.2 mplfinance
7.2
Visualize
7.2.1 Country risk premium
7.2.2 positive and negative changes
7.2.3 Radar chart
7.3
NLP
7.3.1 Sentiment analysis of text
Issues
Privacy Policy
Youtube
Twitch
Twitter
Privacy Policy
Issues
Pixiv
日本語
English
Bahasa Indonesia
Español
Darkmode
Clear History
Home
>
Visualization
> Numeric Value Distribution
Chapter1
Numeric Value Distribution
COPYRIGHT (C) 2021- K_DM. ALL RIGHTS RESERVED. [
Privacy policy
]