📒
Machine & Deep Learning Compendium
  • The Machine & Deep Learning Compendium
    • Thanks Page
  • The Ops Compendium
  • Types Of Machine Learning
    • Overview
    • Model Families
    • Weakly Supervised
    • Semi Supervised
    • Active Learning
    • Online Learning
    • N-Shot Learning
    • Unlearning
  • Foundation Knowledge
    • Data Science
    • Data Science Tools
    • Management
    • Project & Program Management
    • Data Science Management
    • Calculus
    • Probability & Statistics
    • Probability
    • Hypothesis Testing
    • Feature Types
    • Multi Label Classification
    • Distribution
    • Distribution Transformation
    • Normalization & Scaling
    • Regularization
    • Information Theory
    • Game Theory
    • Multi CPU Processing
    • Benchmarking
  • Validation & Evaluation
    • Features
    • Evaluation Metrics
    • Datasets
    • Dataset Confidence
    • Hyper Parameter Optimization
    • Training Strategies
    • Calibration
    • Datasets Reliability & Correctness
    • Data & Model Tests
    • Fairness, Accountability, and Transparency
    • Interpretable & Explainable AI (XAI)
    • Federated Learning
  • Machine Learning
    • Algorithms 101
    • Meta Learning (AutoML)
    • Probabilistic, Regression
    • Data Mining
    • Process Mining
    • Label Algorithms
    • Clustering Algorithms
    • Anomaly Detection
    • Decision Trees
    • Active Learning Algorithms
    • Linear Separator Algorithms
    • Regression
    • Ensembles
    • Reinforcement Learning
    • Incremental Learning
    • Dimensionality Reduction Methods
    • Genetic Algorithms & Genetic Programming
    • Learning Classifier Systems
    • Recommender Systems
    • Timeseries
    • Fourier Transform
    • Digital Signal Processing (DSP)
    • Propensity Score Matching
    • Diffusion models
  • Classical Graph Models
    • Graph Theory
    • Social Network Analysis
  • Deep Learning
    • Deep Neural Nets Basics
    • Deep Neural Frameworks
    • Embedding
    • Deep Learning Models
    • Deep Network Optimization
    • Attention
    • Deep Neural Machine Vision
    • Deep Neural Tabular
    • Deep Neural Time Series
  • Audio
    • Basics
    • Terminology
    • Feature Engineering
    • Deep Neural Audio
    • Algorithms
  • Natural Language Processing
    • A Reality Check
    • NLP Tools
    • Foundation NLP
    • Name Matching
    • String Matching
    • TF-IDF
    • Language Detection Identification Generation (NLD, NLI, NLG)
    • Topics Modeling
    • Named Entity Recognition (NER)
    • SEARCH
    • Neural NLP
    • Tokenization
    • Decoding Algorithms For NLP
    • Multi Language
    • Augmentation
    • Knowledge Graphs
    • Annotation & Disagreement
    • Sentiment Analysis
    • Question Answering
    • Summarization
    • Chat Bots
    • Conversation
  • Generative AI
    • Methods
    • Gen AI Industry
    • Speech
    • Prompt
    • Fairness, Accountability, and Transparency In Prompts
    • Large Language Models (LLMs)
    • Vision
    • GPT
    • Mix N Match
    • Diffusion Models
    • GenAI Applications
    • Agents
    • RAG
    • Chat UI/UX
  • Experimental Design
    • Design Of Experiments
    • DOE Tools
    • A/B Testing
    • Multi Armed Bandits
    • Contextual Bandits
    • Factorial Design
  • Business Domains
    • Follow the regularized leader
    • Growth
    • Root Cause Effects (RCE/RCA)
    • Log Parsing / Templatization
    • Fraud Detection
    • Life Time Value (LTV)
    • Survival Analysis
    • Propaganda Detection
    • NYC TAXI
    • Drug Discovery
    • Intent Recognition
    • Churn Prediction
    • Electronic Network Frequency Analysis
    • Marketing
  • Product Management
    • Expanding Your Data Science Skills
    • Product Vision & Strategy
    • Product / Program Managers
    • Product Management Resources
    • Product Tools
    • User Experience Design (UX)
    • Business
    • Marketing
    • Ideation
  • MLOps (www.OpsCompendium.com)
  • DataOps (www.OpsCompendium.com)
  • Humor
Powered by GitBook
On this page

Was this helpful?

  1. Machine Learning

Incremental Learning

PreviousReinforcement LearningNextDimensionality Reduction Methods

Last updated 3 years ago

Was this helpful?

(wiki) In computer science, incremental learning is a method of machine learning in which input data is continuously used to extend the existing model's knowledge i.e. to further train the model.

HOEFFDING TREE

  • IS STATE OF THE ART

Using incremental learning for time series, i.e., sent

And , with some ideas about dealing with time series data, especially date and time.

iment from twitter api streat, learning from smiley in weka.
time series in weka