Difference between revisions of "Orange"
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| − | Machine Learning open source dan visualisasi data untuk pemula dan ahli. | + | Machine Learning open source dan visualisasi data untuk pemula dan ahli. Workflow analisis data interaktif dengan toolbox yang banyak. |
| Line 13: | Line 13: | ||
* https://orange.biolab.si/ | * https://orange.biolab.si/ | ||
* https://orange.biolab.si/workflows/ | * https://orange.biolab.si/workflows/ | ||
| + | * [https://www.youtube.com/watch?v=x3M5fJJSMm0 AI: Orek2an Strategi AI Indonesia] | ||
==Konsep== | ==Konsep== | ||
| + | * [[Data Science]] | ||
| + | * [https://www.youtube.com/watch?v=Bsk4_5cYmFw Society 5.0] | ||
| + | |||
| + | ==Instalasi== | ||
| + | |||
| + | * [[Orange: Install dengan Anaconda Ubuntu 20.04.1]] '''RECOMMENDED''' | ||
| + | * [[Orange: Install dengan Anaconda Ubuntu 22.04.1]] | ||
| + | * [[Orange: Install dengan pip di Ubuntu 22.04]] | ||
| + | * [[Orange: Upgrade ke Python3]] | ||
| + | * [[Orange: Compile Python Terakhir]] | ||
| + | * [[Orange: Instalasi]] | ||
| + | * [[Orange: Install Ubuntu 18.04]] '''JANGAN DIPAKAI - GAGAL''' | ||
| + | * [[Orange: Install Ubuntu 20.04]] '''JANGAN DIPAKAI - GAGAL''' | ||
| + | * [[Orange: Install dengan Anaconda]] | ||
| + | * [[Orange: Install dengan Anaconda Ubuntu 20.04]] | ||
| + | * [[Orange: Lokasi Dataset]] | ||
| + | * [[Orange: Menjalankan]] | ||
| + | |||
| + | ==Contoh Data Mining== | ||
| + | |||
| + | * [[Orange: Iris]] | ||
| + | * [[Orange: Misclassifications]] | ||
| + | * [[Orange: Cross Validation]] | ||
| + | * [[Orange: Feature Ranking]] | ||
| + | * [[Orange: Cluster Inspection]] | ||
| + | * [[Orange: Hierarchical Clustering Example]] | ||
| + | * [[Orange: Principal Component Analysis]] | ||
| + | * [[Orange: Classification Tree]] | ||
| + | * [[Orange: Pivot Table Example]] | ||
| + | * [[Orange: Visalization of Data Subsets]] | ||
| + | * [[Orange: Interactive Visualizations]] | ||
| + | |||
| + | * [[Orange: Word Cloud dari File Text]] | ||
| + | * [[Orange: Word Cloud dari Dokumen]] | ||
| + | * [[Orange: Bag of Words]] | ||
| + | * [[Orange: Bag of Words 2]] | ||
| + | * [[Orange: Text Analysis]] | ||
| + | * [[Orange: Text Prediction]] | ||
| + | * [[Orange: untuk Politik]] | ||
| + | * [[Orange: Sentimen Analysis Bahasa Indonesia]] | ||
| + | * [[Orange: Image Analysis]] | ||
| + | * [[Orange: Tweeter Analysis]] | ||
| + | * [[Orange: Data Mining for Business and Public Administration]] | ||
| + | * [[Orange: Automasi Penjurian SATU Indonesia AWARDS]] | ||
==Data== | ==Data== | ||
| Line 21: | Line 66: | ||
* [[Orange: Financial Datasets]] | * [[Orange: Financial Datasets]] | ||
* [[Orange: The Data]] | * [[Orange: The Data]] | ||
| + | * [[Orange: Data Format]] ''en'' | ||
* [[Orange: Loading Your Data]] | * [[Orange: Loading Your Data]] | ||
| + | * [[Orange: Membuat Data File dengan Python]] | ||
* [[Orange: File]] | * [[Orange: File]] | ||
* [[Orange: CSV File Import]] | * [[Orange: CSV File Import]] | ||
| Line 31: | Line 78: | ||
* [[Orange: Select Columns]] | * [[Orange: Select Columns]] | ||
* [[Orange: Select Rows]] | * [[Orange: Select Rows]] | ||
| − | * [[Orange: Data Sampler]] | + | * [[Orange: Data Sampler]] |
* [[Orange; Transpose]] | * [[Orange; Transpose]] | ||
* [[Orange: Discretize]] | * [[Orange: Discretize]] | ||
| Line 74: | Line 121: | ||
* [[Orange: Nomogram]] | * [[Orange: Nomogram]] | ||
* [[Orange: FreeViz]] | * [[Orange: FreeViz]] | ||
| + | * [[Orange: Radviz]] | ||
| − | == | + | ==Model== |
| − | * [[Orange: | + | * [https://www.youtube.com/watch?v=Z4Zgj5y-nFU ORANGE: Model Overview] |
| − | * [[Orange: | + | * [[Orange: Constant]] |
| − | * [[Orange: | + | * [[Orange: CN2 Rule Induction]] |
| − | * [[Orange: | + | * [[Orange: Calibrated Learner]] |
| − | * [[Orange: | + | * [[Orange: kNN]] |
| − | * [[Orange: | + | * [[Orange: Tree]] |
| + | * [[Orange: Random Forest]] | ||
| + | * [[Orange: SVM]] | ||
| + | * [[Orange: Linear Regression]] | ||
| + | * [[Orange: Logistic Regression]] | ||
| + | * [[Orange: Naive Bayes]] | ||
| + | * [[Orange: AdaBoost]] | ||
| + | * [[Orange: Neural Network]] | ||
| + | * [[Orange: Stochastic Gradient Descent]] | ||
| + | * [[Orange: Stacking]] | ||
| + | * [[Orange: Load Model]] | ||
| + | * [[Orange: Save Model]] | ||
| + | * [[Orange: Metric Evaluation Model]] | ||
| − | + | ==Evaluate== | |
| + | * [[Orange: Calibration Plot]] | ||
| + | * [[Orange: Confusion Matrix]] | ||
| + | * [[Orange: Lift Curve]] | ||
| + | * [[Orange: Predictions]] | ||
| + | * [[Orange: ROC Analysis]] | ||
| + | * [[Orange: Test and Score]] | ||
| − | == | + | ==Unsupervised== |
| − | * [[Orange: | + | * [[Orange: PCA]] |
| − | * [[Orange: | + | * [[Orange: Correspondence Analysis]] |
| − | * [[Orange: | + | * [[Orange: Distance Map]] |
| − | * [[Orange: | + | * [[Orange: Distances]] |
| + | * [[Orange: Distance Matrix]] | ||
| + | * [[Orange: Distance Transformation]] | ||
| + | * [[Orange: Distance File]] | ||
| + | * [[Orange: Save Distance Matrix]] | ||
* [[Orange: Hierarchical Clustering]] | * [[Orange: Hierarchical Clustering]] | ||
| − | * [[Orange: | + | * [[Orange: k-Means]] |
| − | * [[Orange: | + | * [[Orange: Louvain Clustering]] |
| − | * [[Orange: | + | * [[Orange: DBSCAN]] |
| − | * [[Orange: | + | * [[Orange: MDS]] |
| − | * [[Orange: | + | * [[Orange: t-SNE]] |
| + | * [[Orange: Manifold Learning]] | ||
| + | * [[Orange: Self-Organizing Map]] | ||
==File & Data Format== | ==File & Data Format== | ||
| Line 104: | Line 176: | ||
* [[Orange: Network .pajek]] | * [[Orange: Network .pajek]] | ||
* [[Orange: Network .gml]] | * [[Orange: Network .gml]] | ||
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==Text Mining== | ==Text Mining== | ||
| − | * [[Orange: | + | * [[Orange: Corpus]] |
| + | * [[Orange: Import Documents]] | ||
| + | * [[Orange: The Guardian]] | ||
| + | * [[Orange: NY Times]] | ||
| + | * [[Orange: Pubmed]] | ||
| + | * [[Orange: Twitter]] | ||
| + | * [[Orange: Wikipedia]] | ||
* [[Orange: Text Preprocessing]] | * [[Orange: Text Preprocessing]] | ||
| + | * [[Orange: Bag of Words]] | ||
| + | * [[Orange: Similarity Hashing]] | ||
| + | * [[Orange: Sentiment Analysis]] | ||
| + | * [[Orange: Tweet Profiler]] | ||
| + | * [[Orange: Topic Modelling]] | ||
* [[Orange: Word Cloud]] | * [[Orange: Word Cloud]] | ||
| − | * [[Orange: | + | * [[Orange: Corpus Viewer]] |
| − | * [[Orange: | + | * [[Orange: Concordance]] |
| + | * [[Orange: Document Map]] | ||
| + | * [[Orange: Word Enrichment]] | ||
| + | * [[Orange: Duplicate Detection]] | ||
| + | * [[Orange: Corpus to Network]] | ||
| + | * [https://www.youtube.com/watch?v=gIW_OzSx4_M YOUTUBE: Membuat API Key untuk Akses Twitter, The Guardian, NY Times] | ||
| + | ==Image Analysis== | ||
| − | + | * [[Orange: Image Analytics Clustering]] | |
| + | * [[Orange: Image Analysis]] | ||
| + | * [[Orange: Import Images]] | ||
| + | * [[Orange: Image Viewer]] | ||
| + | * [[Orange: Image Embedding]] | ||
| + | * [[Orange: Image Grid]] | ||
| + | * [[Orange: Save Images]] | ||
| + | ==Networks== | ||
| + | * [[Orange: Network File]] | ||
| + | * [[Orange: Network Explorer]] | ||
| + | * [[Orange: Network Generator]] | ||
| + | * [[Orange: Network Analysis]] | ||
| + | * [[Orange: Network Clustering]] | ||
| + | * [[Orange: Network Of Groups]] | ||
| + | * [[Orange: Network From Distances]] | ||
| + | * [[Orange: Single Mode]] | ||
| + | ==Time Series== | ||
| − | + | * [[Data Science: Time Series Dataset]] | |
| + | * [[Orange: Yahoo Finance]] | ||
| + | * [[Orange: As Timeseries]] ''<- problem'' | ||
| + | * [[Orange: Interpolate]] | ||
| + | * [[Orange: Moving Transform]] | ||
| + | * [[Orange: Line Chart]] | ||
| + | * [[Orange: Periodogram]] | ||
| + | * [[Orange: Correlogram]] | ||
| + | * [[Orange: Spiralogram]] | ||
| + | * [[Orange: Granger Causality]] | ||
| + | * [[Orange: ARIMA Model]] | ||
| + | * [[Orange: VAR Model]] | ||
| + | * [[Orange: Model Evaluation]] | ||
| + | * [[Orange: Time Slice]] | ||
| + | * [[Orange: Aggregate]] | ||
| + | * [[Orange: Difference]] | ||
| + | * [[Orange: Seasonal Adjustment]] | ||
| − | + | ==Youtube== | |
| − | |||
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| − | |||
| − | |||
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| + | * [https://www.youtube.com/watch?v=_cj0P3GrWFk YOUTUBE: Data Science & Data Engineering] | ||
| + | * [https://www.youtube.com/watch?v=JTpDz0EtkK0 YOUTUBE: Big Data & Data Science] | ||
| + | * [https://www.youtube.com/watch?v=Bsk4_5cYmFw YOUTUBE: Society 5.0] | ||
* https://www.youtube.com/watch?v=bINV2-YoR_4 (Aplikasi Orange) | * https://www.youtube.com/watch?v=bINV2-YoR_4 (Aplikasi Orange) | ||
| − | |||
* https://www.youtube.com/watch?v=RzHaWsU-z54 | * https://www.youtube.com/watch?v=RzHaWsU-z54 | ||
| − | |||
| − | + | ==Pranala Menarik== | |
| − | * [[ | + | |
| + | * [[Process Mining]] | ||
Latest revision as of 17:58, 18 January 2024
Machine Learning open source dan visualisasi data untuk pemula dan ahli. Workflow analisis data interaktif dengan toolbox yang banyak.
Youtube
Referensi
- https://orange.biolab.si/getting-started/
- http://www.saedsayad.com/data_mining_map.htm
- https://orange.biolab.si/
- https://orange.biolab.si/workflows/
- AI: Orek2an Strategi AI Indonesia
Konsep
Instalasi
- Orange: Install dengan Anaconda Ubuntu 20.04.1 RECOMMENDED
- Orange: Install dengan Anaconda Ubuntu 22.04.1
- Orange: Install dengan pip di Ubuntu 22.04
- Orange: Upgrade ke Python3
- Orange: Compile Python Terakhir
- Orange: Instalasi
- Orange: Install Ubuntu 18.04 JANGAN DIPAKAI - GAGAL
- Orange: Install Ubuntu 20.04 JANGAN DIPAKAI - GAGAL
- Orange: Install dengan Anaconda
- Orange: Install dengan Anaconda Ubuntu 20.04
- Orange: Lokasi Dataset
- Orange: Menjalankan
Contoh Data Mining
- Orange: Iris
- Orange: Misclassifications
- Orange: Cross Validation
- Orange: Feature Ranking
- Orange: Cluster Inspection
- Orange: Hierarchical Clustering Example
- Orange: Principal Component Analysis
- Orange: Classification Tree
- Orange: Pivot Table Example
- Orange: Visalization of Data Subsets
- Orange: Interactive Visualizations
- Orange: Word Cloud dari File Text
- Orange: Word Cloud dari Dokumen
- Orange: Bag of Words
- Orange: Bag of Words 2
- Orange: Text Analysis
- Orange: Text Prediction
- Orange: untuk Politik
- Orange: Sentimen Analysis Bahasa Indonesia
- Orange: Image Analysis
- Orange: Tweeter Analysis
- Orange: Data Mining for Business and Public Administration
- Orange: Automasi Penjurian SATU Indonesia AWARDS
Data
- Orange: Financial Datasets
- Orange: The Data
- Orange: Data Format en
- Orange: Loading Your Data
- Orange: Membuat Data File dengan Python
- Orange: File
- Orange: CSV File Import
- Orange: Datasets
- Orange: SQL Table
- Orange: Save Data
- Orange: Data Info
- Orange: Data Table
- Orange: Select Columns
- Orange: Select Rows
- Orange: Data Sampler
- Orange; Transpose
- Orange: Discretize
- Orange: Continuize
- Orange: Create Class
- Orange: Randomize
- Orange: Concatenate
- Orange: Select by Data Index
- Orange: Paint Data
- Orange: Pivot Table
- Orange: Python Script
- Orange: Feature Constructor
- Orange: Edit Domain
- Orange: Impute
- Orange: Merge Data
- Orange: Outliers
- Orange: Preprocess
- Orange: Apply Domain
- Orange: Purge Domain
- Orange: Rank
- Orange: Correlations
- Orange: Color
- Orange: Feature Statistics
- Orange: Neighbors
Visualization
- Orange: Box Plot
- Orange: Distributions
- Orange: Heat Map
- Orange: Scatter Plot
- Orange: Line Plot
- Orange: Venn Diagram
- Orange: Linear Projection
- Orange: Sieve Diagram
- Orange: Pythagorean Tree
- Orange: Pythagorean Forest
- Orange: CN2 Rule Viewer
- Orange: Mosaic Display
- Orange: Silhouette Plot
- Orange: Tree Viewer
- Orange: Nomogram
- Orange: FreeViz
- Orange: Radviz
Model
- ORANGE: Model Overview
- Orange: Constant
- Orange: CN2 Rule Induction
- Orange: Calibrated Learner
- Orange: kNN
- Orange: Tree
- Orange: Random Forest
- Orange: SVM
- Orange: Linear Regression
- Orange: Logistic Regression
- Orange: Naive Bayes
- Orange: AdaBoost
- Orange: Neural Network
- Orange: Stochastic Gradient Descent
- Orange: Stacking
- Orange: Load Model
- Orange: Save Model
- Orange: Metric Evaluation Model
Evaluate
- Orange: Calibration Plot
- Orange: Confusion Matrix
- Orange: Lift Curve
- Orange: Predictions
- Orange: ROC Analysis
- Orange: Test and Score
Unsupervised
- Orange: PCA
- Orange: Correspondence Analysis
- Orange: Distance Map
- Orange: Distances
- Orange: Distance Matrix
- Orange: Distance Transformation
- Orange: Distance File
- Orange: Save Distance Matrix
- Orange: Hierarchical Clustering
- Orange: k-Means
- Orange: Louvain Clustering
- Orange: DBSCAN
- Orange: MDS
- Orange: t-SNE
- Orange: Manifold Learning
- Orange: Self-Organizing Map
File & Data Format
Text Mining
- Orange: Corpus
- Orange: Import Documents
- Orange: The Guardian
- Orange: NY Times
- Orange: Pubmed
- Orange: Twitter
- Orange: Wikipedia
- Orange: Text Preprocessing
- Orange: Bag of Words
- Orange: Similarity Hashing
- Orange: Sentiment Analysis
- Orange: Tweet Profiler
- Orange: Topic Modelling
- Orange: Word Cloud
- Orange: Corpus Viewer
- Orange: Concordance
- Orange: Document Map
- Orange: Word Enrichment
- Orange: Duplicate Detection
- Orange: Corpus to Network
- YOUTUBE: Membuat API Key untuk Akses Twitter, The Guardian, NY Times
Image Analysis
- Orange: Image Analytics Clustering
- Orange: Image Analysis
- Orange: Import Images
- Orange: Image Viewer
- Orange: Image Embedding
- Orange: Image Grid
- Orange: Save Images
Networks
- Orange: Network File
- Orange: Network Explorer
- Orange: Network Generator
- Orange: Network Analysis
- Orange: Network Clustering
- Orange: Network Of Groups
- Orange: Network From Distances
- Orange: Single Mode
Time Series
- Data Science: Time Series Dataset
- Orange: Yahoo Finance
- Orange: As Timeseries <- problem
- Orange: Interpolate
- Orange: Moving Transform
- Orange: Line Chart
- Orange: Periodogram
- Orange: Correlogram
- Orange: Spiralogram
- Orange: Granger Causality
- Orange: ARIMA Model
- Orange: VAR Model
- Orange: Model Evaluation
- Orange: Time Slice
- Orange: Aggregate
- Orange: Difference
- Orange: Seasonal Adjustment
Youtube
- YOUTUBE: Data Science & Data Engineering
- YOUTUBE: Big Data & Data Science
- YOUTUBE: Society 5.0
- https://www.youtube.com/watch?v=bINV2-YoR_4 (Aplikasi Orange)
- https://www.youtube.com/watch?v=RzHaWsU-z54