HumanBrain
1.0.0
1.0.0
  • What is notes
  • Knowledge Base
    • Machine Learning
      • Gausian Process
    • Math
      • Statistics
        • Importance Sampling
        • Probability And Counting
      • Linear Algebra
        • Dummy
    • Deep Learning
      • Deep Learning
  • Code
    • Code
      • Generative
      • NLP
      • RL
      • Vision
  • Papers
    • papers
  • Notes
    • Cognitive
      • (2016. 4) ML Learn And Think Like Human
    • Optimization
      • (2010. 5) Xavier Initialization
      • (2015. 2) Batch Normalization
      • (2015. 2) He Initialization
    • Reinforcement Learning
      • (2017. 6) Noisy Network Exploration
    • Vision
      • (2013. 12) Network In Network
      • (2014. 12) Fractional Max-pooling
      • (2015. 12) Residual Network
    • Natural Language Processing
      • (2014. 9) Bahdanau Attention
      • (2015. 11) Diversity Conversation
      • (2015. 11) Multi Task Seq2seq
      • (2015. 12) Byte To Span
      • (2015. 12) Vocabulary Strategy
      • (2015. 6) Skip Thought
      • (2015. 6) Teaching Machine Read And Comprehend
      • (2015. 8) Luong Attention
      • (2015. 8) Subword NMT
      • (2016. 10) Bytenet
      • (2016. 10) Diverse Beam Search
      • (2016. 10) Fully Conv NMT
      • (2016. 11) Bidaf
      • (2016. 11) Dual Learning NMT
      • (2016. 11) Generate Wiki
      • (2016. 11) NMT With Reconstruction
      • (2016. 2) Exploring Limits Of Lm
      • (2016. 3) Copynet
      • (2016. 4) NMT Hybrid Word And Char
      • (2016. 5) Adversarial For Semi Supervised Text Classification
      • (2016. 6) Sequence Knowledge Distillation
      • (2016. 6) Squad
      • (2016. 7) Actor Critic For Seq
      • (2016. 7) Attn Over Attn NN RC
      • (2016. 9) PS LSTM
      • (2017. 10) Multi Paragraph RC
      • (2017. 11) Neural Text Generation
      • (2017. 12) Contextualized Word For RC
      • (2017. 3) Self Attn Sentence Embed
      • (2017. 6) Slicenet
      • (2017. 6) Transformer
      • (2017. 7) Text Sum Survey
      • (2018. 1) Mask Gan
      • (2018. 2) Qanet
      • (2018. 5) Minimal Qa
    • Generative
      • (2013. 12) VAE
      • (2014. 6) Gan
      • (2016. 7) Seq Gan
    • Model
      • (2012. 7) Dropout
      • (2013. 6) Dropconnect
      • (2015. 7) Highway Networks
      • (2015. 9) Pointer Network
      • (2016. 10) Fast Weights Attn
      • (2016. 10) Professor Forcing
      • (2016. 3) Stochastic Depth
      • (2016. 7) Layer Normalization
      • (2016. 7) Recurrent Highway
      • (2017. 1) Very Large NN More Layer
      • (2017. 6) Relational Network
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On this page
  • Objective
  • Usage
  • Knowledge Source
  • Math
  • Machine Learning
  • Deep Learning

What is notes

NextMachine Learning

Last updated 5 years ago

The notes for Math, Machine Learning, Deep Learning and Research papers.

Objective

  • Let's make wisdom from knowledge.

  • Define concepts to be intuitively understandable.

    • Simply summary (You can check the details on Wiki)

    • With story or example

    • Draw an illustration

    • If possible, append a code

Usage

  • Sync papers (* recommend path like Google Drive's sync folder)

python scripts/sync_papers.py {SYNC_PATH}
  • Make SUMMARY.md

python scripts/make_summary.py

Knowledge Source

Math

  • Course & Video

Machine Learning

  • Course & Video

Deep Learning

  • Book

  • Course & Video

Illustration by based on the original by

Documentation by

Documentation by

by Andrew Ng.

by Daphne Koller

by Ian Goodfellow Yoshua Bengio and Aaron Courville, 2016

by Fei-Fei Li, Andrej Karpathy, Justin Johnson

by Vincent Vanhoucke, Arpan Chakraborty

by Geoffrey Hinton

by Richard Socher

September 24-25, 2016 Stanford, CA

by Phil Blunsom and delivered in partnership with the DeepMind Natural Language Research Group.

David Somerville
Hugh McLeod
Gitbook
Notion
Statistics 110: Probability - Projects at Harvard
Mathematics for Machine Learning: Linear Algebra by David Dye
Stanford University - Machine Learning
Stanford University - Probabilistic Graphical Models
OXFORD University - Machine Learning
Deep Learning
Stanford University - CS231n: Convolutional Neural Networks for Visual Recognition
Udacity - Deep Learning
Toronto University - Neural Networks for Machine Learning
CS224d: Deep Learning for Natural Language Processing
Deep Learning School (bayareadlschool)
Oxford Deep NLP 2017
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