yashkim77 / learning

Becoming 1% better at data science everyday

learning

Learning Philosophy:

• The Power of Tiny Gains
• Master Adjacent Disciplines
• T-shaped skills
• Data Scientists Should Be More End-to-End
• Just in Time Learning

Develop a business acumen

• Book: Delivering Happiness
• Book: Good to Great: Why Some Companies Make the Leap...And Others Don't
• Book: Hello, Startup: A Programmer's Guide to Building Products, Technologies, and Teams
• Book: How Google Works
• Book: Learn to Earn: A Beginner's Guide to the Basics of Investing and Business
• Book: Rework
• Book: The Airbnb Story
• Book: The Personal MBA
• Facebook: Digital marketing: get started
• Facebook: Digital marketing: go further
• Google Analytics for Beginners
• Google: Fundamentals of Digital Marketing
• Moz: The Beginner's Guide to SEO
• Smartly: Marketing Fundamentals
• Treehouse: SEO Basics
• Udacity: App Monetization
• Udacity: App Marketing
• Udacity: Get Your Startup Started
• Udacity: How to Build a Startup
• Youtube: SEO Unlocked
  • Welcome to the SEO Unlocked 0:10:09
  • Introduction to SEO and Why It's Important 0:10:29
  • Keyword Research Part 1 0:19:20
  • Keyword Research Part 2 0:09:56
  • On-page and technical SEO Part 1 0:22:58
  • On-page and technical SEO Part 2 0:12:16
  • Mastering Technical SEO Audits 0:16:35
  • Content Marketing Part 1 0:24:09
  • Advanced Content Marketing Tactics 0:09:54
  • The 10 Commandments of Content Marketing 0:19:01
  • How to Edit Your Content For SEO 0:10:59
  • Discover Your Competitive Strategy 0:09:12
  • Over 4 Million Backlinks Built With This Simple Process 0:11:09
  • How to Get POWERFUL Backlinks for Faster Rankings 0:09:40
  • Get THOUSANDS of Backlinks On Semi-Autopilot 0:06:32
  • How To Get The Most Out Of Google Analytics 0:07:45
  • How to Setup Google Search Console 0:09:21
  • How to Use Advanced Features in Google Analytics 0:10:52
  • A Deep Dive Into Branding, Data & Experience 0:14:03
  • How To Create A Compelling Brand 0:05:52
  • Designing Your Customer Experience & Case Studies 0:07:32

Be able to frame a ML problem

• AWS: Types of Machine Learning Solutions
• Article: Apply Machine Learning to your Business
• Book: AI Superpowers: China, Silicon Valley, and the New World Order
• Book: A Human's Guide to Machine Intelligence
• Book: The Future Computed
• Book: Machine Learning Yearning by Andrew Ng
• Book: Prediction Machines: The Simple Economics of Artificial Intelligence
• Book: Building Machine Learning Powered Applications: Going from Idea to Product
• Coursera: AI For Everyone
• Datacamp: Case Studies in Statistical Thinking
• Datacamp: Data Science for Everyone
• Datacamp: Machine Learning with the Experts: School Budgets
• Datacamp: Machine Learning for Everyone
• Datacamp: Analyzing Police Activity with pandas
• Datacamp: Data Science for Managers
• Facebook: Field Guide to Machine Learning
• Google: Introduction to Machine Learning Problem Framing
• Microsoft: Define an AI strategy to create business value
• Microsoft: Discover ways to foster an AI-ready culture in your business
• Microsoft: Identify guiding principles for responsible AI in your business
• Microsoft: Introduction to AI technology for business leaders
• Pluralsight: How to Think About Machine Learning Algorithms
• Udacity: Problem Solving with Advanced Analytics
• Youtube: Vincent Warmerdam: The profession of solving (the wrong problem) | PyData Amsterdam 2019
• Youtube: Making Money from AI by Predicting Sales - Jay's Intro to AI Part 2
• Youtube: How does YouTube recommend videos? - AI EXPLAINED! 0:33:53
• Youtube: How does Google Translate's AI work? 0:15:02
• Youtube: Data Science in Finance 0:17:52
• Youtube: The Age of AI
  • How Far is Too Far? | The Age of A.I. 0:34:39
  • Healed through A.I. | The Age of A.I. 0:39:55
  • Using A.I. to build a better human | The Age of A.I. 0:44:27
  • Love, art and stories: decoded | The Age of A.I. 0:38:57
  • The 'Space Architects' of Mars | The Age of A.I. 0:30:10
  • Will a robot take my job? | The Age of A.I. 0:36:14
  • Saving the world one algorithm at a time | The Age of A.I. 0:46:37
  • How A.I. is searching for Aliens | The Age of A.I. 0:36:12
• Youtube: Gradient Dissent Podcast
  • DeepChem creator Bharath Ramsundar on using deep learning for molecules and medicine discovery 0:55:11
  • ML Research and Production Pipelines with Chip Huyen 0:43:07
  • Product Management for AI with Peter Skomoroch 1:28:14
  • Slow down and change one thing at a time - Advancing AI research with Josh Tobin 0:48:19
  • Societal Impacts of Artificial Intelligence with Miles Brundage 1:02:25
  • Deep Reinforcement Learning and Robotics with Peter Welinder 0:54:22
  • Machine learning across industries with Vicki Boykis 0:34:02
  • Designing ML models for millions of consumer robots - Angela Bassa and Danielle Dean 0:52:38
  • Building trustworthy AI systems and combating potential malicious use – A conversation w/ Jack Clark 0:55:56
  • Rachael Tatman - Conversational A.I. and Linguistics 0:36:51
  • Nicolas Koumchatzky - Machine Learning in Production for Self Driving Cars 0:44:56
  • Brandon Rohrer - Machine Learning in Production for Robots 0:34:31
• Youtube: Accuracy as a Failure

Understand data ethics better

• Practical Data Ethics
  • Lesson 1: Disinformation
  • Lesson 2: Bias & Fairness
  • Lesson 3: Ethical Foundations & Practical Tools
  • Lesson 4: Privacy and surveillance
  • Lesson 4 continued: Privacy and surveillance
  • Lesson 5.1: The problem with metrics
  • Lesson 5.2: Our Ecosystem, Venture Capital, & Hypergrowth
  • Lesson 5.3: Losing the Forest for the Trees, guest lecture by Ali Alkhatib
  • Lesson 6: Algorithmic Colonialism, and Next Steps

Be able to annotate data efficiently

• Youtube: Snorkel: Dark Data and Machine Learning - Christopher Ré
• Youtube: Training a NER Model with Prodigy and Transfer Learning
• Youtube: Training a New Entity Type with Prodigy – annotation powered by active learning
• Youtube: ECCV 2020 WSL tutorial: 4. Human-in-the-loop annotations

Be able to manipulate data with Numpy

• Datacamp: Intro to Python for Data Science
• Pluralsight: Working with Multidimensional Data Using NumPy

Be able to manipulate data with Pandas

• Datacamp: pandas Foundations
• Datacamp: Pandas Joins for Spreadsheet Users
• Datacamp: Manipulating DataFrames with pandas
• Datacamp: Merging DataFrames with pandas
• Datacamp: Data Manipulation with pandas
• Datacamp: Optimizing Python Code with pandas
• Datacamp: Streamlined Data Ingestion with pandas
• Datacamp: Analyzing Marketing Campaigns with pandas
• Article: Modern Pandas
  • Modern Pandas (Part 1)
  • Modern Pandas (Part 2)
  • Modern Pandas (Part 3)
  • Modern Pandas (Part 4)
  • Modern Pandas (Part 5)
  • Modern Pandas (Part 6)
  • Modern Pandas (Part 7)
  • Modern Pandas (Part 8)

Be able to manipulate data in spreadsheets

• Datacamp: Spreadsheet basics
• Datacamp: Data Analysis with Spreadsheets
• Datacamp: Intermediate Spreadsheets for Data Science
• Datacamp: Pivot Tables with Spreadsheets
• Datacamp: Data Visualization in Spreadsheets
• Datacamp: Introduction to Statistics in Spreadsheets
• Datacamp: Conditional Formatting in Spreadsheets
• Datacamp: Marketing Analytics in Spreadsheets
• Datacamp: Error and Uncertainty in Spreadsheets
• edX: Analyzing and Visualizing Data with Excel

Be able to manipulate data in databases

• Codecademy: SQL Track
• Datacamp: Intro to SQL for Data Science
• Datacamp: Introduction to MongoDB in Python
• Datacamp: Intermediate SQL
• Datacamp: Exploratory Data Analysis in SQL
• Datacamp: Joining Data in PostgreSQL
• Datacamp: Querying with TransactSQL
• Datacamp: Introduction to Databases in Python
• Datacamp: Reporting in SQL
• Datacamp: Applying SQL to Real-World Problems
• Datacamp: Analyzing Business Data in SQL
• Datacamp: Data-Driven Decision Making in SQL
• Datacamp: Database Design
• Udacity: SQL for Data Analysis
• Udacity: Intro to relational database
• Udacity: Database Systems Concepts & Design

Be able to use the command line

• Codecademy: Learn the Command Line
• Datacamp: Introduction to Shell for Data Science
• Datacamp: Data Processing in Shell
• LaunchSchool: Introduction to Commandline
• Learn Enough Command Line to be dangerous
• Thoughtbot: Mastering the Shell
• Thoughtbot: tmux
• Udacity: Linux Command Line Basics
• Udacity: Linux Web Servers
• Udacity: Shell Workshop
• Udacity: Web Tooling & Automation
• Web Bos: Command Line Power User

Be able to import data from multiple sources

• Datacamp: Importing Data in Python (Part 2)
• Datacamp: Web Scraping in Python

Be able to perform feature engineering

• Article: Preparing data for a machine learning model
• Article: Feature selection for a machine learning model
• Article: Learning from imbalanced data
• Article: Hacker's Guide to Data Preparation for Machine Learning
• Article: Practical Guide to Handling Imbalanced Datasets
• Datacamp: Analyzing Social Media Data in Python
• Datacamp: Dimensionality Reduction in Python
• Datacamp: Preprocessing for Machine Learning in Python
• Datacamp: Data Types for Data Science
• Datacamp: Cleaning Data in Python
• Datacamp: Feature Engineering for Machine Learning in Python
• Datacamp: Importing & Managing Financial Data in Python
• Datacamp: Manipulating Time Series Data in Python
• Datacamp: Working with Geospatial Data in Python
• Datacamp: Analyzing IoT Data in Python
• Datacamp: Dealing with Missing Data in Python
• Datacamp: Exploratory Data Analysis in Python
• edX: Data Science Essentials
• Google: Feature Engineering
• Udacity: Creating an Analytical Dataset

Be able to experiment in notebook

• Pluralsight: Getting Started with Jupyter Notebook and Python

Be able to visualize data

• Datacamp: Introduction to Data Visualization with Python
• Datacamp: Introduction to Seaborn
• Datacamp: Introduction to Matplotlib
• Datacamp: Intermediate Data Visualization with Seaborn
• Datacamp: Visualizing Time Series Data in Python
• Datacamp: Improving Your Data Visualizations in Python
• Datacamp: Visualizing Geospatial Data in Python
• Datacamp: Interactive Data Visualization with Bokeh
• Udacity: Data Visualization in Tableau
• Youtube: Jake VanderPlas - Exploratory Data Visualization with Vega, Vega-Lite, and Altair - PyCon 2018
• UWData: Data Visualization Curriculum

Be able to to read research papers

• Paper: A Neural Probabilistic Language Model
• Paper: Efficient Estimation of Word Representations in Vector Space
• Paper: Sequence to Sequence Learning with Neural Networks
• Paper: Neural Machine Translation by Jointly Learning to Align and Translate
• Paper: Attention Is All You Need
• Paper: BERT: Pre-training of Deep Bidirectional Transformers for Language Understanding
• Paper: XLNet: Generalized Autoregressive Pretraining for Language Understanding
• Paper: Synonyms Based Term Weighting Scheme: An Extension to TF.IDF
• Paper: RoBERTa: A Robustly Optimized BERT Pretraining Approach
• Paper: GLUE: A Multi-Task Benchmark and Analysis Platform for Natural Language Understanding
• Paper: Amazon.com Recommendations Item-to-Item Collaborative Filtering
• Paper: Collaborative Filtering for Implicit Feedback Datasets
• Paper: BPR: Bayesian Personalized Ranking from Implicit Feedback
• Paper: Factorization Machines
• Paper: Wide & Deep Learning for Recommender Systems
• Paper: Neural Factorization Machines for Sparse Predictive Analytics
• Paper: Multiword Expressions: A Pain in the Neck for NLP
• Paper: PyTorch: An Imperative Style, High-Performance Deep Learning Library
• Paper: ALBERT: A LITE BERT FOR SELF-SUPERVISED LEARNING OF LANGUAGE REPRESENTATIONS
• Paper: Self-supervised Visual Feature Learning with Deep Neural Networks: A Survey
• Paper: A Simple Framework for Contrastive Learning of Visual Representations
• Paper: Self-Supervised Learning of Pretext-Invariant Representations
• Paper: FixMatch: Simplifying Semi-Supervised Learning with Consistency and Confidence
• Paper: Self-Labelling via Simultalaneous Clustering and Representation Learning
• Paper: A Survey on Contextual Embeddings
• Paper: A survey on Semi-, Self- and Unsupervised Techniques in Image Classification
• Paper: Shortcut Learning in Deep Neural Networks
• Paper: Multi-document Summarization by using TextRank and Maximal Marginal Relevance for Text in Bahasa Indonesia
• Paper: Train Once, Test Anywhere: Zero-Shot Learning for Text Classification
• Paper: Zero-shot Text Classification With Generative Language Models
• Paper: How to Fine-Tune BERT for Text Classification?
• Paper: Universal Sentence Encoder
• Paper: Enriching Word Vectors with Subword Information
• Paper: Deep Learning Based Text Classification: A Comprehensive Review
• Paper: Beyond Accuracy: Behavioral Testing of NLP models with CheckList
• Paper: Pseudo-Label : The Simple and Efficient Semi-Supervised Learning Method for Deep Neural Networks
• Paper: Temporal Ensembling for Semi-Supervised Learning
• Paper: Boosting Self-Supervised Learning via Knowledge Transfer
• Paper: Follow-up Question Generation
• Paper: The Hardware Lottery

Be able to model problems mathematically

• 3Blue1Brown: Essence of Calculus
  • The Essence of Calculus, Chapter 1 0:17:04
  • The paradox of the derivative | Essence of calculus, chapter 2 0:17:57
  • Derivative formulas through geometry | Essence of calculus, chapter 3 0:18:43
  • Visualizing the chain rule and product rule | Essence of calculus, chapter 4 0:16:52
  • What's so special about Euler's number e? | Essence of calculus, chapter 5 0:13:50
  • Implicit differentiation, what's going on here? | Essence of calculus, chapter 6 0:15:33
  • Limits, L'Hôpital's rule, and epsilon delta definitions | Essence of calculus, chapter 7 0:18:26
  • Integration and the fundamental theorem of calculus | Essence of calculus, chapter 8 0:20:46
  • What does area have to do with slope? | Essence of calculus, chapter 9 0:12:39
  • Higher order derivatives | Essence of calculus, chapter 10 0:05:38
  • Taylor series | Essence of calculus, chapter 11 0:22:19
  • What they won't teach you in calculus 0:16:22
• 3Blue1Brown: Essence of linear algebra
  • Vectors, what even are they? | Essence of linear algebra, chapter 1 0:09:52
  • Linear combinations, span, and basis vectors | Essence of linear algebra, chapter 2 0:09:59
  • Linear transformations and matrices | Essence of linear algebra, chapter 3 0:10:58
  • Matrix multiplication as composition | Essence of linear algebra, chapter 4 0:10:03
  • Three-dimensional linear transformations | Essence of linear algebra, chapter 5 0:04:46
  • The determinant | Essence of linear algebra, chapter 6 0:10:03
  • Inverse matrices, column space and null space | Essence of linear algebra, chapter 7 0:12:08
  • Nonsquare matrices as transformations between dimensions | Essence of linear algebra, chapter 8 0:04:27
  • Dot products and duality | Essence of linear algebra, chapter 9 0:14:11
  • Cross products | Essence of linear algebra, Chapter 10 0:08:53
  • Cross products in the light of linear transformations | Essence of linear algebra chapter 11 0:13:10
  • Cramer's rule, explained geometrically | Essence of linear algebra, chapter 12 0:12:12
  • Change of basis | Essence of linear algebra, chapter 13 0:12:50
  • Eigenvectors and eigenvalues | Essence of linear algebra, chapter 14 0:17:15
  • Abstract vector spaces | Essence of linear algebra, chapter 15 0:16:46
• 3Blue1Brown: Neural networks
  • But what is a Neural Network? | Deep learning, chapter 1 0:19:13
  • Gradient descent, how neural networks learn | Deep learning, chapter 2 0:21:01
  • What is backpropagation really doing? | Deep learning, chapter 3 0:13:54
  • Backpropagation calculus | Deep learning, chapter 4 0:10:17
• Article: A Visual Tour of Backpropagation
• Article: Relearning Matrices as Linear Functions
• Article: You Could Have Come Up With Eigenvectors - Here's How
• Article: PageRank - How Eigenvectors Power the Algorithm Behind Google Search
• Article: Interactive Visualization of Why Eigenvectors Matter
• Article: Cross-Entropy and KL Divergence
• Article: Why Randomness Is Information?
• Article: Basic Probability Theory
• Book: Basics of Linear Algebra for Machine Learning
• Datacamp: Foundations of Probability in Python
• Datacamp: Statistical Thinking in Python (Part 1)
• Datacamp: Statistical Thinking in Python (Part 2)
• Datacamp: Statistical Simulation in Python
• edX: Essential Statistics for Data Analysis using Excel
• Computational Linear Algebra for Coders
• Khan Academy: Precalculus
• Khan Academy: Probability
• Khan Academy: Differential Calculus
• Khan Academy: Multivariable Calculus
• Khan Academy: Linear Algebra
• MIT: 18.06 Linear Algebra (Professor Strang)
  • 1. The Geometry of Linear Equations 0:39:49
  • 2. Elimination with Matrices. 0:47:41
  • 3. Multiplication and Inverse Matrices 0:46:48
  • 4. Factorization into A = LU 0:48:05
  • 5. Transposes, Permutations, Spaces R^n 0:47:41
  • 6. Column Space and Nullspace 0:46:01
  • 9. Independence, Basis, and Dimension 0:50:14
  • 10. The Four Fundamental Subspaces 0:49:20
  • 11. Matrix Spaces; Rank 1; Small World Graphs 0:45:55
  • 14. Orthogonal Vectors and Subspaces 0:49:47
  • 15. Projections onto Subspaces 0:48:51
  • 16. Projection Matrices and Least Squares 0:48:05
  • 17. Orthogonal Matrices and Gram-Schmidt 0:49:09
  • 21. Eigenvalues and Eigenvectors 0:51:22
  • 22. Diagonalization and Powers of A 0:51:50
  • 24. Markov Matrices; Fourier Series 0:51:11
  • 25. Symmetric Matrices and Positive Definiteness 0:43:52
  • 27. Positive Definite Matrices and Minima 0:50:40
  • 29. Singular Value Decomposition 0:40:28
  • 30. Linear Transformations and Their Matrices 0:49:27
  • 31. Change of Basis; Image Compression 0:50:13
  • 33. Left and Right Inverses; Pseudoinverse 0:41:52
• StatQuest: Statistics Fundamentals
  • StatQuest: Histograms, Clearly Explained 0:03:42
  • StatQuest: What is a statistical distribution? 0:05:14
  • StatQuest: The Normal Distribution, Clearly Explained!!! 0:05:12
  • Statistics Fundamentals: Population Parameters 0:14:31
  • Statistics Fundamentals: The Mean, Variance and Standard Deviation 0:14:22
  • StatQuest: What is a statistical model? 0:03:45
  • StatQuest: Sampling A Distribution 0:03:48
  • Hypothesis Testing and The Null Hypothesis 0:14:40
  • Alternative Hypotheses: Main Ideas!!! 0:09:49
  • p-values: What they are and how to interpret them 0:11:22
  • How to calculate p-values 0:25:15
  • p-hacking: What it is and how to avoid it! 0:13:44
  • Statistical Power, Clearly Explained!!! 0:08:19
  • Power Analysis, Clearly Explained!!! 0:16:44
  • Covariance and Correlation Part 1: Covariance 0:22:23
  • Covariance and Correlation Part 2: Pearson's Correlation 0:19:13
  • StatQuest: R-squared explained 0:11:01
  • The Central Limit Theorem 0:07:35
  • StatQuickie: Standard Deviation vs Standard Error 0:02:52
  • StatQuest: The standard error 0:11:43
  • StatQuest: Technical and Biological Replicates 0:05:27
  • StatQuest - Sample Size and Effective Sample Size, Clearly Explained 0:06:32
  • Bar Charts Are Better than Pie Charts 0:01:45
  • StatQuest: Boxplots, Clearly Explained 0:02:33
  • StatQuest: Logs (logarithms), clearly explained 0:15:37
  • StatQuest: Confidence Intervals 0:06:41
  • StatQuickie: Thresholds for Significance 0:06:40
  • StatQuickie: Which t test to use 0:05:10
  • StatQuest: One or Two Tailed P-Values 0:07:05
  • The Binomial Distribution and Test, Clearly Explained!!! 0:15:46
  • StatQuest: Quantiles and Percentiles, Clearly Explained!!! 0:06:30
  • StatQuest: Quantile-Quantile Plots (QQ plots), Clearly Explained 0:06:55
  • StatQuest: Quantile Normalization 0:04:51
  • StatQuest: Probability vs Likelihood 0:05:01
  • StatQuest: Maximum Likelihood, clearly explained!!! 0:06:12
  • Maximum Likelihood for the Exponential Distribution, Clearly Explained! V2.0 0:09:39
  • Why Dividing By N Underestimates the Variance 0:17:14
  • Maximum Likelihood for the Binomial Distribution, Clearly Explained!!! 0:11:24
  • Maximum Likelihood For the Normal Distribution, step-by-step! 0:19:50
  • StatQuest: Odds and Log(Odds), Clearly Explained!!! 0:11:30
  • StatQuest: Odds Ratios and Log(Odds Ratios), Clearly Explained!!! 0:16:20
  • Live 2020-04-20!!! Expected Values 0:33:00
• Udacity: Algebra Review
• Udacity: Differential Equations in Action
• Udacity: Eigenvectors and Eigenvalues
• Udacity: Linear Algebra Refresher
• Udacity: Statistics
• Udacity: Intro to Descriptive Statistics
• Udacity: Intro to Inferential Statistics
• Youtube: Principal Component Analysis (PCA) - THE MATH YOU SHOULD KNOW! 0:10:06
• Youtube: Support Vector Machines - THE MATH YOU SHOULD KNOW 0:11:21
• Youtube: The Kernel Trick - THE MATH YOU SHOULD KNOW! 0:07:29
• Youtube: Logistic Regression - THE MATH YOU SHOULD KNOW! 0:09:14
• Youtube: But what is a Neural Network? - THE MATH YOU SHOULD KNOW! 0:19:07
• Youtube: Visualizing Deep Learning
  • The Neural Network, A Visual Introduction | Visualizing Deep Learning, Chapter 1

Be able to structure machine learning projects

• Article: Organizing machine learning projects: project management guidelines
• Article: Building machine learning products: a problem well-defined is a problem half-solved.
• Article: Simple considerations for simple people building fancy neural networks
• Coursera: Structuring Machine Learning Projects
• Datacamp: Conda Essentials
• Datacamp: Conda for Building & Distributing Packages
• Datacamp: Creating Robust Python Workflows
• Datacamp: Software Engineering for Data Scientists in Python
• Datacamp: Designing Machine Learning Workflows in Python
• Datacamp: Object-Oriented Programming in Python
• Datacamp: Command Line Automation in Python
• Datacamp: Introduction to Data Engineering
• Datacamp: Experimental Design in Python
• Full Stack Deep Learning Bootcamp: March 2019
  • Lecture 1: Introduction to Deep Learning
  • Lecture 2: Setting Up Machine Learning Projects
  • Lecture 3: Introduction to the Text Recognizer Project
  • Lecture 4: Infrastructure and Tooling
  • Lecture 5: Tracking Experiments
  • Lecture 6: Data Management
  • Lecture 7: Machine Learning Teams
  • Lecture 9: Lukas Biewald
  • Lecture 10: Troubleshooting Deep Neural Networks
  • Lecture 11: Labs 6-9: Detection, Data Labeling, Testing and Deployment
  • Lecture 12: Testing and Deployment
  • Lecture 13: Research Directions
  • Lecture 14: Jeremy Howard
  • Lecture 15: Richard Socher
  • Guest Lecture - Chip Huyen - Machine Learning Interviews - Full Stack Deep Learning
• MIT: The Missing Semester of CS Education
  • Lecture 1: Course Overview + The Shell (2020) 0:48:16
  • Lecture 2: Shell Tools and Scripting (2020) 0:48:55
  • Lecture 3: Editors (vim) (2020) 0:48:26
  • Lecture 4: Data Wrangling (2020) 0:50:03
  • Lecture 5: Command-line Environment (2020) 0:56:06
  • Lecture 6: Version Control (git) (2020) 1:24:59
  • Lecture 7: Debugging and Profiling (2020) 0:54:13
  • Lecture 8: Metaprogramming (2020) 0:49:52
  • Lecture 9: Security and Cryptography (2020) 1:00:59
  • Lecture 10: Potpourri (2020) 0:57:54
  • Lecture 11: Q&A (2020) 0:53:52
• Treehouse: Object Oriented Python
• Treehouse: Setup Local Python Environment
• Udacity: Writing READMEs
• Youtube: Weights and Biases Tutorial
• Youtube: MLOps Tutorials
  • MLOps Tutorial #1: Intro to Continuous Integration for ML 17:44:00
  • MLOps Tutorial #2: When data is too big for Git 10:51:00
  • MLOps Tutorial #3: Track ML models with Git & GitHub Actions 14:12:00

Be able to utilize version control

• Article: Mastering Git Stash Workflow
• Codecademy: Learn Git
• Code School: Git Real
• Datacamp: Introduction to Git for Data Science
• Learn enough git to be dangerous
• Thoughtbot: Mastering Git
• Udacity: GitHub & Collaboration
• Udacity: How to Use Git and GitHub
• Udacity: Version Control with Git

Be familiar with a breadth of models and algorithms

• Article: Label Smoothing Explained using Microsoft Excel
• Article: Naive Bayes classification
• Article: Linear regression
• Article: Polynomial regression
• Article: Logistic regression
• Article: Decision trees
• Article: K-nearest neighbors
• Article: Support Vector Machines
• Article: Random forests
• Article: Boosted trees
• Article: Neural networks: activation functions
• Article: Neural networks: training with backpropagation
• Article: Gradient descent
• Article: Setting the learning rate of your neural network
• Article: Deep neural networks: preventing overfitting
• Article: Normalizing your data (specifically, input and batch normalization)
• Article: Batch Normalization
• Article: Baidu Deep Voice explained: Part 1 — the Inference Pipeline
• Article: Baidu Deep Voice explained Part 2 — Training
• Article: Hacker's Guide to Fundamental Machine Learning Algorithms with Python
• Article: Are Deep Neural Networks Dramatically Overfitted?
• Article: Attention? Attention!
• Article: How to Explain the Prediction of a Machine Learning Model?
• Article: Neural Network from scratch-part 1
• Article: Neural Network from scratch-part 2
• Article: Explain Neural Arithmetic Logic Units (NALU)
• Article: Predict Bitcoin price with Long sort term memory Networks (LSTM)
• Article: Graph Neural Networks - An overview
• Article: Deep Learning Algorithms - The Complete Guide
• AWS: Semantic Segmentation Explained
• AWS: The Elements of Data Science
• AWS: Understanding Neural Networks
• Book: Pattern Recognition and Machine Learning
• Coursera: Neural Networks and Deep Learning
• Datacamp: AI Fundamentals
• Datacamp: Kaggle Competition
• Datacamp: Extreme Gradient Boosting with XGBoost
• Datacamp: Introduction to PySpark
• Datacamp: Building Recommendation Engines with PySpark
• Datacamp: Foundations of Predictive Analytics in Python (Part 1)
• Datacamp: Foundations of Predictive Analytics in Python (Part 2)
• Datacamp: Ensemble Methods in Python
• Datacamp: HR Analytics in Python: Predicting Employee Churn
• Datacamp: Predicting Customer Churn in Python
• Elements of AI
• edX: Principles of Machine Learning
• edX: Data Science Essentials
• edX: Implementing Predictive Analytics with Spark in Azure HDInsight
• DeepMind: Inefficient Data Efficiency
• DeepMind: DeepMind x UCL | Deep Learning Lecture Series 2020
  • DeepMind x UCL | Deep Learning Lectures | 1/12 | Intro to Machine Learning & AI 1:25:17
  • DeepMind x UCL | Deep Learning Lectures | 2/12 | Neural Networks Foundations 1:24:12
  • DeepMind x UCL | Deep Learning Lectures | 3/12 | Convolutional Neural Networks for Image Recognition 1:20:19
  • DeepMind x UCL | Deep Learning Lectures | 4/12 | Advanced Models for Computer Vision 1:33:37
  • DeepMind x UCL | Deep Learning Lectures | 5/12 | Optimization for Machine Learning 1:30:21
  • DeepMind x UCL | Deep Learning Lectures | 6/12 | Sequences and Recurrent Networks 1:20:27
  • DeepMind x UCL | Deep Learning Lectures | 7/12 | Deep Learning for Natural Language Processing 1:32:29
  • DeepMind x UCL | Deep Learning Lectures | 8/12 | Attention and Memory in Deep Learning 1:36:04
  • DeepMind x UCL | Deep Learning Lectures | 9/12 | Generative Adversarial Networks 1:42:26
  • DeepMind x UCL | Deep Learning Lectures | 10/12 | Unsupervised Representation Learning 1:44:40
  • DeepMind x UCL | Deep Learning Lectures | 11/12 | Modern Latent Variable Models 1:28:26
  • DeepMind x UCL | Deep Learning Lectures | 12/12 | Responsible Innovation 1:02:28
• Fast.ai: Deep Learning for Coder (2020)
  • Lesson 1
  • Lesson 2
  • Lesson 3
  • Lesson 4
  • Lesson 5
  • Lesson 6
  • Lesson 7
  • Lesson 8
• Google: Launching into Machine Learning
• Book: Grokking Deep Learning
• Book: Make Your Own Neural Network
• MIT: 6.S191: Introduction to Deep Learning
  • MIT Introduction to Deep Learning | 6.S191 0:52:51
  • Recurrent Neural Networks | MIT 6.S191 0:45:28
  • Convolutional Neural Networks | MIT 6.S191 0:37:20
  • Deep Generative Modeling | MIT 6.S191 0:40:39
  • Reinforcement Learning | MIT 6.S191 0:44:11
  • Deep Learning New Frontiers | MIT 6.S191 0:38:10
  • Neurosymbolic AI | MIT 6.S191 0:41:10
  • Generalizable Autonomy for Robot Manipulation | MIT 6.S191 0:47:00
  • Neural Rendering | MIT 6.S191 0:36:44
  • Machine Learning for Scent | MIT 6.S191 0:38:51
• Pluralsight: Understanding Algorithms for Recommendation Systems
• Pluralsight: Deep Learning: The Big Picture
• StatQuest: Machine Learning
  • A Gentle Introduction to Machine Learning 0:12:45
  • Machine Learning Fundamentals: Cross Validation 0:06:04
  • Machine Learning Fundamentals: The Confusion Matrix 0:07:12
  • Machine Learning Fundamentals: Sensitivity and Specificity 0:11:46
  • Machine Learning Fundamentals: Bias and Variance 0:06:36
  • ROC and AUC, Clearly Explained! 0:16:26
  • StatQuest: Fitting a line to data, aka least squares, aka linear regression. 0:09:21
  • StatQuest: Linear Models Pt.1 - Linear Regression 0:27:26
  • StatQuest: Odds and Log(Odds), Clearly Explained!!! 0:11:30
  • StatQuest: Odds Ratios and Log(Odds Ratios), Clearly Explained!!! 0:16:20
  • StatQuest: Logistic Regression 0:08:47
  • Logistic Regression Details Pt1: Coefficients 0:19:02
  • Logistic Regression Details Pt 2: Maximum Likelihood 0:10:23
  • Logistic Regression Details Pt 3: R-squared and p-value 0:15:25
  • Saturated Models and Deviance 0:18:39
  • Deviance Residuals 0:06:18
  • Regularization Part 1: Ridge (L2) Regression 0:20:26
  • Regularization Part 2: Lasso (L1) Regression 0:08:19
  • Ridge vs Lasso Regression, Visualized!!! 0:09:05
  • Regularization Part 3: Elastic Net Regression 0:05:19
  • StatQuest: Principal Component Analysis (PCA), Step-by-Step 0:21:57
  • StatQuest: PCA main ideas in only 5 minutes!!! 0:06:04
  • StatQuest: PCA - Practical Tips 0:08:19
  • StatQuest: PCA in Python 0:11:37
  • StatQuest: Linear Discriminant Analysis (LDA) clearly explained. 0:15:12
  • StatQuest: MDS and PCoA 0:08:18
  • StatQuest: t-SNE, Clearly Explained 0:11:47
  • StatQuest: Hierarchical Clustering 0:11:19
  • StatQuest: K-means clustering 0:08:57
  • StatQuest: K-nearest neighbors, Clearly Explained 0:05:30
  • Naive Bayes, Clearly Explained!!! 0:15:12
  • Gaussian Naive Bayes, Clearly Explained!!! 0:09:41
  • StatQuest: Decision Trees 0:17:22
  • StatQuest: Decision Trees, Part 2 - Feature Selection and Missing Data 0:05:16
  • Regression Trees, Clearly Explained!!! 0:22:33
  • How to Prune Regression Trees, Clearly Explained!!! 0:16:15
  • StatQuest: Random Forests Part 1 - Building, Using and Evaluating 0:09:54
  • StatQuest: Random Forests Part 2: Missing data and clustering 0:11:53
  • The Chain Rule 0:18:23
  • Gradient Descent, Step-by-Step 0:23:54
  • Stochastic Gradient Descent, Clearly Explained!!! 0:10:53
  • AdaBoost, Clearly Explained 0:20:54
  • Gradient Boost Part 1: Regression Main Ideas 0:15:52
  • Gradient Boost Part 2: Regression Details 0:26:45
  • Gradient Boost Part 3: Classification 0:17:02
  • Gradient Boost Part 4: Classification Details 0:36:59
  • Bam!!! Clearly Explained!!! 0:02:49
  • Support Vector Machines, Clearly Explained!!! 0:20:32
  • Support Vector Machines Part 2: The Polynomial Kernel 0:07:15
  • Support Vector Machines Part 3: The Radial (RBF) Kernel 0:15:52
  • XGBoost Part 1: Regression 0:25:46
  • XGBoost Part 2: Classification 0:25:17
  • XGBoost Part 3: Mathematical Details 0:27:24
  • XGBoost Part 4: Crazy Cool Optimizations 0:24:27
  • StatQuest: Fiitting a curve to data, aka lowess, aka loess 0:10:10
  • Statistics Fundamentals: Population Parameters 0:14:31
  • Principal Component Analysis (PCA) clearly explained (2015) 0:20:16
  • Decision Trees in Python from Start to Finish 1:06:23
• Udacity: A Friendly Introduction to Machine Learning
• Udacity: Intro to Data Analysis
• Udacity: Intro to Data Science
• Udacity: Intro to Machine Learning
• Udacity: Reinforcement Learning
• Udacity: Deep Learning
• Udacity: Intro to Artificial Intelligence
• Udacity: Classification Models
• Youtube: DETR: End-to-End Object Detection with Transformers (Paper Explained)
• Youtube: Sebastian Ruder: Neural Semi-supervised Learning under Domain Shift
• Youtube: How do we check if a neural network has learned a specific phenomenon?
• Youtube: What is Adversarial Machine Learning and what to do about it? – Adversarial example compilation
• Youtube: AI fabricates music in a celebrity's voice (JukeboxAI) 0:15:54
• Youtube: Activation Functions - EXPLAINED! 0:10:05
• Youtube: Batch Normalization - EXPLAINED! 0:08:48
• Youtube: Optimizers - EXPLAINED! 0:07:22
• Youtube: Loss Functions - EXPLAINED! 0:08:30
• Youtube: Boosting - EXPLAINED! 0:17:31
• Youtube: Gradient Descent - THE MATH YOU SHOULD KNOW 0:20:08
• Youtube: Logistic Regression - VISUALIZED! 0:18:31
• Youtube: Linear Regression and Multiple Regression 0:12:54
• Youtube: Precision, Recall & F-Measure 0:13:42
• Youtube: Bootstrapping, Bagging and Random Forests 0:21:45
• Youtube: Deep Mind's AlphaGo Zero - EXPLAINED 0:11:13
• Youtube: Curiosity in AI 0:06:16
• Youtube: DropBlock - A BETTER DROPOUT for Neural Networks 0:07:45
• Youtube: Neural Voice Cloning 0:19:56
• Youtube: Neural Networks from Scratch in Python
  • Neural Networks from Scratch - P.1 Intro and Neuron Code 0:16:59
  • Neural Networks from Scratch - P.2 Coding a Layer 0:15:06
  • Neural Networks from Scratch - P.3 The Dot Product 0:25:17
  • Neural Networks from Scratch - P.4 Batches, Layers, and Objects 0:33:46
  • Neural Networks from Scratch - P.5 Hidden Layer Activation Functions 0:40:05
• Youtube: Visualizing Deep Learning
  • The Neural Network, A Visual Introduction | Visualizing Deep Learning, Chapter 1
• Youtube: Deep Double Descent

Be able to implement models in scikit-learn

• Datacamp: Supervised Learning with scikit-learn
• Datacamp: Machine Learning with Tree-Based Models in Python
• Datacamp: Introduction to Linear Modeling in Python
• Datacamp: Linear Classifiers in Python
• Datacamp: Generalized Linear Models in Python
• Pluralsight: Building Machine Learning Models in Python with scikit-learn
• Youtube: Applied Machine Learning 2020
  • Channel Intro - Applied Machine Learning 0:01:28
  • Applied ML 2020 - 01 Introduction 1:16:01
  • Applied ML 2020 - 02 Visualization and matplotlib 1:07:30
  • Applied ML 2020 - 03 Supervised learning and model validation 1:12:00
  • Applied ML 2020 - 04 - Preprocessing 1:07:40
  • Applied ML 2020 - 05 - Linear Models for Regression 1:06:54
  • Applied ML 2020 - 06 - Linear Models for Classification 1:07:50
  • Applied ML 2020 - 07 - Decision Trees and Random Forests 1:07:58
  • Applied ML 2020 - 08 - Gradient Boosting 1:02:12
  • Applied ML 2020 - 09 - Model Evaluation and Metrics 1:18:23
  • Applied ML 2020 - 10 - Calibration, Imbalanced data 1:16:14
  • Applied ML 2020 - 11 - Model Inspection and Feature Selection 1:15:15
  • Applied ML 2020 - 12 - AutoML (plus some feature selection) 1:25:38
  • Applied ML 2020 - 13 - Dimensionality reduction 1:30:34
  • Applied ML 2020 - 14 - Clustering and Mixture Models 1:26:33
  • Applied ML 2020 - 15 - Working with Text Data 1:27:08
  • Applied ML 2020 - 16 - Topic models for text data 1:18:34
  • Applied ML 2020 - 17 - Word vectors and document embeddings 1:03:04
  • Applied ML 2020 - 18 - Neural Networks 1:19:36
  • Applied ML 2020 - 19 - Keras and Convolutional neural nets 1:16:01
  • Applied ML 2020 - 20 - Advanced neural networks 1:36:28
  • Applied ML 2020 - 21 - Time Series and Forecasting 1:12:36

Be able to implement models in Tensorflow and Keras

• Coursera: Introduction to Tensorflow
• Coursera: Convolutional Neural Networks in TensorFlow
• Coursera: Getting Started With Tensorflow 2
• Coursera: Customising your models with TensorFlow 2
• Deeplizard: Keras - Python Deep Learning Neural Network API
• Book: Deep Learning with Python (Page: 276)
• Datacamp: Deep Learning in Python
• Datacamp: Convolutional Neural Networks for Image Processing
• Datacamp: Introduction to TensorFlow in Python
• Datacamp: Introduction to Deep Learning with Keras
• Datacamp: Advanced Deep Learning with Keras
• Google: Intro to Tensorflow
• Google: Machine Learning Crash Course
• Pluralsight: Deep Learning with Keras
• Udacity: Intro to TensorFlow for Deep Learning

Be able to implement models in PyTorch

• Article: An introduction to PyTorch Lightning with comparisons to PyTorch
• Datacamp: Introduction to Deep Learning with PyTorch
• Deeplizard: Neural Network Programming - Deep Learning with PyTorch
• Udacity: Intro to Deep Learning with PyTorch
• Youtube: PyTorch Lightning 101
  • Training a classification model on MNIST with PyTorch
  • From PyTorch to PyTorch Lightning
  • Lightning Data Modules
  • PyTorch Dropout, Batch size and interactive debugging
• Youtube: SimCLR with PyTorch Lightning
• Youtube: PyTorch Performance Tuning Guide 26:41:00
• Youtube: Skin Cancer Detection with PyTorch
  • [PART 1] Skin Cancer Detection with PyTorch 0:10:21
  • [PART 2] Skin Cancer Detection with PyTorch 0:21:57
  • [PART 3] Skin Cancer Detection with PyTorch 0:22:24

Be able to apply unsupervised learning algorithms

• Article: Grouping data points with k-means clustering
• Article: Soft clustering with Gaussian mixed models (EM)
• Article: Introduction to autoencoders
• Article: Variational autoencoders
• Article: Principal components analysis (PCA)
• Article: Deep Inside Autoencoders
• Article: Build a simple Image Retrieval System with an Autoencoder
• Article: Unsupervised Learning of Visual Features by Contrasting Cluster Assignments
• Article: A Framework For Contrastive Self-Supervised Learning And Designing A New Approach
• Article: Understanding self-supervised and contrastive learning with "Bootstrap Your Own Latent" (BYOL)
• Article: Affinity Propagation Algorithm Explained
• Article: Algorithm Breakdown: Affinity Propagation
• Article: From Autoencoder to Beta-VAE
• Article: Self-Supervised Representation Learning
• Article: GANs in computer vision - Introduction to generative learning
• Article: GANs in computer vision - self-supervised adversarial training and high-resolution image synthesis with style incorporation
• Article: GANs in computer vision - semantic image synthesis and learning a generative model from a single image
• Article: GANs in computer vision - Improved training with Wasserstein distance, game theory control and progressively growing schemes
• Article: GANs in computer vision - Conditional image synthesis and 3D object generation
• Article: Decrypt Generative Adversarial Networks (GAN)
• Article: How to Generate Images using Autoencoders
• Article: Deepfakes: Face synthesis with GANs and Autoencoders
• Berkeley: Deep Unsupervised Learning Spring 2020
  • L1 Introduction -- CS294-158-SP20 Deep Unsupervised Learning -- UC Berkeley, Spring 2020 1:10:02
  • L2 Autoregressive Models -- CS294-158-SP20 Deep Unsupervised Learning -- UC Berkeley, Spring 2020 2:27:23
  • L3 Flow Models -- CS294-158-SP20 Deep Unsupervised Learning -- UC Berkeley -- Spring 2020 1:56:53
  • L4 Latent Variable Models (VAE) -- CS294-158-SP20 Deep Unsupervised Learning -- UC Berkeley 2:19:33
  • Lecture 5 Implicit Models -- GANs Part I --- UC Berkeley, Spring 2020 2:32:32
  • Lecture 6 Implicit Models / GANs part II --- CS294-158-SP20 Deep Unsupervised Learning -- Berkeley 2:09:14
  • Lecture 7 Self-Supervised Learning -- UC Berkeley Spring 2020 - CS294-158 Deep Unsupervised Learning 2:20:41
  • L8 Round-up of Strengths and Weaknesses of Unsupervised Learning Methods -- UC Berkeley SP20 0:41:51
  • L9 Semi-Supervised Learning and Unsupervised Distribution Alignment -- CS294-158-SP20 UC Berkeley 2:16:00
  • L10 Compression -- UC Berkeley, Spring 2020, CS294-158 Deep Unsupervised Learning 3:09:49
  • L11 Language Models -- guest instructor: Alec Radford (OpenAI) --- Deep Unsupervised Learning SP20 2:38:19
  • L12 Representation Learning for Reinforcement Learning --- CS294-158 UC Berkeley Spring 2020 2:01:56
• Datacamp: Customer Segmentation in Python
• Datacamp: Unsupervised Learning in Python
• Google: Clustering
• Google: Recommendation Systems
• Udacity: Segmentation and Clustering
• Wandb: Unsupervised Visual Representation Learning with SwAV
• Youtube: BYOL: Bootstrap Your Own Latent: A New Approach to Self-Supervised Learning (Paper Explained)
• Youtube: A critical analysis of self-supervision, or what we can learn from a single image (Paper Explained)
• Youtube: Week 10 – Lecture: Self-supervised learning (SSL) in computer vision (CV)
• Youtube: CVPR 2020 Tutorial: Towards Annotation-Efficient Learning
• Youtube: Yuki Asano | Self-Supervision | Self-Labelling | Labelling Unlabelled videos | CV | CTDS.Show #81
• Youtube: Contrastive Clustering with SwAV
• Youtube: Variational Autoencoders - EXPLAINED! 0:17:36
• Youtube: OptaProAnalyticsForum– Learning to watch football: Self-supervised representations for tracking data
• Youtube: Can a Neural Net tell if an image is mirrored? – Visual Chirality
• Youtube: Deep InfoMax: Learning deep representations by mutual information estimation and maximization
• Deep Learning Lecture Summer 2020
  • Deep Learning: Unsupervised Learning - Part 1
  • Deep Learning: Unsupervised Learning - Part 2
  • Deep Learning: Unsupervised Learning - Part 3
  • Deep Learning: Unsupervised Learning - Part 4
  • Deep Learning: Unsupervised Learning - Part 5
  • Deep Learning: Weakly and Self-Supervised Learning - Part 1
  • Deep Learning: Weakly and Self-Supervised Learning - Part 2
  • Deep Learning: Weakly and Self-Supervised Learning - Part 3
  • Deep Learning: Weakly and Self-Supervised Learning - Part 4
• ECCV 2020: New Frontiers for Learning with Limited Labels or Data
  • Introduction to New Frontiers on Learning with Limited Labels or Data
  • Self-Supervised Part and Viewpoint Discovery from Image Collections
  • Learning Visual Correspondences across Instances and Video Frames
  • Limitless Labels in a Labelless World: Weak Supervision with Noisy Labels
  • Inverting Neural Networks for Data-free Knowledge Transfer
  • Learning Efficiently with Biologically Inspired Feedback
• Youtube: Self-Supervised Learning - What is Next? - Workshop at ECCV 2020, August 28th
  • Next Challenges for Self-Supervised Learning - Aäron van den Oord 0:20:13
  • Perspectives on Unsupervised Representation Learning - Paolo Favaro 0:42:41
  • Learning and Transferring Visual Representations with Few Labels - Carl Doersch 0:32:53
  • Multi-view Invariance and Grouping for Self-Supervised Learning - Ishan Misra 0:36:31
  • Representation Learning beyond Instance Discrimination and Semantic Categorization - Stella Yu 0:43:09
  • Self-Supervision as a Path to a Post-Dataset Era - Alexei Alyosha Efros 0:38:06
  • Self-Supervision & Modularity: Cornerstones for Generalization in Embodied Agents - Deepak Pathak 0:41:56
• Youtube: Marco Cuturi - A Primer on Optimal Transport

Be able to implement computer vision models

• Article: What is Focal Loss and when should you use it?
• Article: Squeeze and Excitation Networks Explained with PyTorch Implementation
• Article: DenseNet Architecture Explained with PyTorch Implementation from TorchVision
• Article: EfficientNet: Rethinking Model Scaling for Convolutional Neural Networks
• Article: Group Normalization
• Article: A Short Introduction to Generative Adversarial Networks
• Article: Semi-supervised Learning with GANs
• Article: Densely Connected Convolutional Networks in Tensorflow
• Article: Convolutional neural networks
• Article: Common architectures in convolutional neural networks
• Article: An overview of semantic image segmentation
• Article: Evaluating image segmentation models
• Article: An overview of object detection: one-stage methods
• Article: A Brief History of CNNs in Image Segmentation: From R-CNN to Mask R-CNN
• Article: Object Detection for Dummies Part 1: Gradient Vector, HOG, and SS
• Article: Object Detection for Dummies Part 2: CNN, DPM and Overfeat
• Article: Object Detection for Dummies Part 3: R-CNN Family
• Article: Understanding coordinate systems and DICOM for deep learning medical image analysis
• Article: Understanding the receptive field of deep convolutional networks
• Article: Deep learning in medical imaging - 3D medical image segmentation with PyTorch
• Article: Intuitive Explanation of Skip Connections in Deep Learning
• Article: Human Pose Estimation
• Article: YOLO - You only look once (Single shot detectors)
• Article: Localization and Object Detection with Deep Learning
• Article: Semantic Segmentation in the era of Neural Networks
• Article: ECCV 2020: Some Highlights
• Book: Deep Learning for Computer Vision with Python
• Book: Practical Python and OpenCV
• Coursera: Convolutional Neural Networks
• Datacamp: Biomedical Image Analysis in Python
• Datacamp: Image Processing in Python
• Google: ML Practicum: Image Classification
• Stanford: CS231N Winter 2016
  • CS231n Winter 2016: Lecture 1: Introduction and Historical Context 1:19:08
  • CS231n Winter 2016: Lecture 2: Data-driven approach, kNN, Linear Classification 1 0:57:28
  • CS231n Winter 2016: Lecture 3: Linear Classification 2, Optimization 1:11:23
  • CS231n Winter 2016: Lecture 4: Backpropagation, Neural Networks 1 1:19:38
  • CS231n Winter 2016: Lecture 5: Neural Networks Part 2 1:18:37
  • CS231n Winter 2016: Lecture 6: Neural Networks Part 3 / Intro to ConvNets 1:09:35
  • CS231n Winter 2016: Lecture 7: Convolutional Neural Networks 1:19:01
  • CS231n Winter 2016: Lecture 8: Localization and Detection 1:04:57
  • CS231n Winter 2016: Lecture 9: Visualization, Deep Dream, Neural Style, Adversarial Examples 1:18:20
  • CS231n Winter 2016: Lecture 10: Recurrent Neural Networks, Image Captioning, LSTM 1:09:54
  • CS231n Winter 2016: Lecture 11: ConvNets in practice 1:15:03
  • CS231n Winter 2016: Lecture 12: Deep Learning libraries 1:21:06
  • CS231n Winter 2016: Lecture 14: Videos and Unsupervised Learning 1:17:36
  • CS231n Winter 2016: Lecture 13: Segmentation, soft attention, spatial transformers 1:10:59
  • CS231n Winter 2016: Lecture 15: Invited Talk by Jeff Dean 1:14:49
• Udacity: Introduction to Computer Vision
• Youtube: Deep Residual Learning for Image Recognition (Paper Explained)
• Youtube: Implementing ResNet from scratch
• Youtube: ConvNets Scaled Efficiently 0:13:19
• Youtube: Building an Image Captioner with Neural Networks 0:12:54
• Youtube: Evolution of Face Generation | Evolution of GANs 0:12:23
• Youtube: Autoencoders - EXPLAINED 0:10:53
• Youtube: Unpaired Image-Image Translation using CycleGANs 0:16:22
• Youtube: AI creates Image Classifiers…by DRAWING? 0:09:04
• Youtube: The Evolution of Convolution Neural Networks 0:24:02
• Youtube: Depthwise Separable Convolution - A FASTER CONVOLUTION! 0:12:43
• Youtube: Mask Region based Convolution Neural Networks - EXPLAINED! 0:09:34
• Youtube: Sound play with Convolution Neural Networks 0:11:57
• Youtube: Convolution Neural Networks - EXPLAINED 0:19:20
• Youtube: Generative Adversarial Networks - FUTURISTIC & FUN AI ! 0:14:20
• Youtube: How Convolution Works

Be able to implement NLP models

• Article: The Annotated GPT-2
• Article: Introduction to recurrent neural networks
• Article: Aspect-Based Opinion Mining (NLP with Python)
• Article: The Transformer Explained
• Article: Controlling Text Generation with Plug and Play Language Models
• Article: What makes a good conversation?
• Article: NLP for Supervised Learning - A Brief Survey
• Article: Generating Questions Using Transformers
• Article: Neural Language Models as Domain-Specific Knowledge Bases
• Article: Understanding BERT’s Semantic Interpretations
• Article: Using NLP (BERT) to improve OCR accuracy
• Article: Hyperparameter Optimization for 🤗Transformers: A guide
• Article: Faster and smaller quantized NLP with Hugging Face and ONNX Runtime
• Article: Learning Word Embedding
• Article: The Transformer Family
• Article: Generalized Language Models
• Article: Document clustering
• Article: The Unreasonable Effectiveness of Recurrent Neural Networks
• Article: LSTM Primer With Real Life Application( DeepMind Kidney Injury Prediction )*
• Article: Making sense of LSTMs by example
• Article: 3 subword algorithms help to improve your NLP model performance
• Article: Exploring LSTMs
• Article: Understanding LSTM Networks
• Article: 74 Summaries of Machine Learning and NLP Research
• A friendly introduction to Recurrent Neural Networks
• Coursera: Sequence Models
• Coursera: Natural Language Processing in TensorFlow
• CMU: Low-resource NLP Bootcamp 2020
  • CMU Low resource NLP Bootcamp 2020 (1): NLP Tasks 1:46:06
  • CMU Low resource NLP Bootcamp 2020 (2): Linguistics - Phonology and Morphology 1:24:08
  • CMU Low resource NLP Bootcamp 2020 (3): Machine Translation 1:55:59
  • CMU Low resource NLP Bootcamp 2020 (4): Linguistics - Syntax and Morphosyntax 2:00:21
  • CMU Low resource NLP Bootcamp 2020 (5): Neural Representation Learning 1:19:57
  • CMU Low resource NLP Bootcamp 2020 (6): Multilingual NLP 2:04:34
  • CMU Low resource NLP Bootcamp 2020 (7): Speech Synthesis 2:22:14
  • CMU Low resource NLP Bootcamp 2020 (8): Speech Recognition 2:16:18
• CMU: Neural Nets for NLP 2020
  • CMU Neural Nets for NLP 2020 (1): Introduction 1:11:38
  • CMU Neural Nets for NLP 2020 (2): Language Modeling, Efficiency/Training Tricks 1:18:31
  • CMU Neural Nets for NLP 2020 (3): Convolutional Neural Networks for Text 0:54:45
  • CMU Neural Nets for NLP 2020 (4): Recurrent Neural Networks 1:11:28
  • CMU Neural Nets for NLP 2020 (5): Efficiency Tricks for Neural Nets 1:05:37
  • CMU Neural Nets for NLP 2020 (7): Attention 1:05:26
  • CMU Neural Nets for NLP 2020 (8): Distributional Semantics and Word Vectors 1:10:45
  • CMU Neural Nets for NLP 2020 (9): Sentence and Contextual Word Representations 1:16:19
  • CMU Neural Nets for NLP 2020 (10): Debugging Neural Nets (for NLP) 1:15:26
  • CMU Neural Nets for NLP 2020 (11): Structured Prediction with Local Independence Assumptions 1:08:38
  • CMU Neural Nets for NLP 2020 (12): Generating Trees Incrementally 1:14:13
  • CMU Neural Nets for NLP 2020 (13): Generating Trees Incrementally 0:51:58
  • CMU Neural Nets for NLP 2020 (14): Search-based Structured Prediction 1:06:19
  • CMU Neural Nets for NLP 2020 (15): Minimum Risk Training and Reinforcement Learning 1:09:16
  • CMU Neural Nets for NLP 2020 (16): Advanced Search Algorithms 1:03:02
  • CMU Neural Nets for NLP 2020 (17): Adversarial Methods 1:14:55
  • CMU Neural Nets for NLP 2020 (18): Models w/ Latent Random Variables 1:13:16
  • CMU Neural Nets for NLP 2020 (19): Unsupervised and Semi-supervised Learning of Structure 1:12:47
  • CMU Neural Nets for NLP 2020 (20): Multitask and Multilingual Learning 1:02:46
  • CMU Neural Nets for NLP 2020 (21): Document Level Models 0:52:04
  • CMU Neural Nets for NLP 2020 (22): Neural Nets + Knowledge Bases 1:18:39
  • CMU Neural Nets for NLP 2020 (23): Machine Reading w/ Neural Nets 1:06:11
  • CMU Neural Nets for NLP 2020 (24): Natural Language Generation 1:21:48
  • CMU Neural Nets for NLP 2020 (25): Model Interpretation 1:04:11
• CMU Multilingual NLP 2020
  • CMU Multilingual NLP (1): Introduction 1:17:28
  • CMU Multilingual NLP (2): Typology - The Space of Language 0:37:12
• Datacamp: Advanced NLP with spaCy
• Datacamp: Building Chatbots in Python
• Datacamp: Clustering Methods with SciPy
• Datacamp: Feature Engineering for NLP in Python
• Datacamp: Machine Translation in Python
• Datacamp: Natural Language Processing Fundamentals in Python
• Datacamp: Natural Language Generation in Python
• Datacamp: RNN for Language Modeling
• Datacamp: Regular Expressions in Python
• Datacamp: Sentiment Analysis in Python
• Datacamp: Spoken Language Processing in Python
• RNN and LSTM
• Spacy Tutorial
• Stanford CS224U: Natural Language Understanding | Spring 2019
  • Lecture 1 – Course Overview | Stanford CS224U: Natural Language Understanding | Spring 2019 1:12:59
  • Lecture 2 – Word Vectors 1 | Stanford CS224U: Natural Language Understanding | Spring 2019 1:17:10
  • Lecture 3 – Word Vectors 2 | Stanford CS224U: Natural Language Understanding | Spring 2019 1:16:52
  • Lecture 4 – Word Vectors 3 | Stanford CS224U: Natural Language Understanding | Spring 2019 0:38:20
  • Lecture 5 – Sentiment Analysis 1 | Stanford CS224U: Natural Language Understanding | Spring 2019 1:10:44
  • Lecture 6 – Sentiment Analysis 2 | Stanford CS224U: Natural Language Understanding | Spring 2019 1:03:23
  • Lecture 7 – Relation Extraction | Stanford CS224U: Natural Language Understanding | Spring 2019 1:19:04
  • Lecture 8 – NLI 1 | Stanford CS224U: Natural Language Understanding | Spring 2019 1:15:02
  • Lecture 9 – NLI 2 | Stanford CS224U: Natural Language Understanding | Spring 2019 1:15:35
  • Lecture 10 – Grounding | Stanford CS224U: Natural Language Understanding | Spring 2019 1:23:15
  • Lecture 11 – Semantic Parsing | Stanford CS224U: Natural Language Understanding | Spring 2019 1:07:05
  • Lecture 12 – Evaluation Methods | Stanford CS224U: Natural Language Understanding | Spring 2019 1:18:32
  • Lecture 13 – Evaluation Metrics | Stanford CS224U: Natural Language Understanding | Spring 2019 1:11:32
  • Lecture 14 – Contextual Vectors | Stanford CS224U: Natural Language Understanding | Spring 2019 1:14:33
  • Lecture 15 – Presenting Your Work | Stanford CS224U: Natural Language Understanding | Spring 2019 1:15:11
• Stanford CS224N: Stanford CS224N: NLP with Deep Learning | Winter 2019
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 1 – Introduction and Word Vectors 1:21:52
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 2 – Word Vectors and Word Senses 1:20:43
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 3 – Neural Networks 1:18:50
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 4 – Backpropagation 1:22:15
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 5 – Dependency Parsing 1:20:22
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 6 – Language Models and RNNs 1:08:25
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 7 – Vanishing Gradients, Fancy RNNs 1:13:23
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 8 – Translation, Seq2Seq, Attention 1:16:56
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 9 – Practical Tips for Projects 1:22:39
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 10 – Question Answering 1:21:01
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 11 – Convolutional Networks for NLP 1:20:18
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 12 – Subword Models 1:15:30
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 13 – Contextual Word Embeddings 1:20:18
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 14 – Transformers and Self-Attention 0:53:48
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 15 – Natural Language Generation 1:19:37
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 16 – Coreference Resolution 1:19:20
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 17 – Multitask Learning 1:11:54
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 18 – Constituency Parsing, TreeRNNs 1:20:37
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 19 – Bias in AI 0:56:03
  • Stanford CS224N: NLP with Deep Learning | Winter 2019 | Lecture 20 – Future of NLP + Deep Learning 1:19:15
• TextBlob Tutorial Series
  • Natural Language Processing Tutorial With TextBlob -Tokens,Translation and Ngrams 0:11:01
  • NLP Tutorial With TextBlob and Python - Parts of Speech Tagging 0:05:59
  • NLP Tutorial With TextBlob & Python - Lemmatizating 0:06:32
  • NLP Tutorial with TextBlob & Python - Sentiment Analysis(Polarity,Subjectivity) 0:06:31
  • Building a NLP-based Flask App with TextBlob 0:37:30
  • Natural Language Processing with Polyglot - Installation & Intro 0:12:49
• Treehouse: Regular expression
• Youtube: fast.ai Code-First Intro to Natural Language Processing
  • What is NLP? (NLP video 1) 0:22:42
  • Topic Modeling with SVD & NMF (NLP video 2) 1:06:39
  • Topic Modeling & SVD revisited (NLP video 3) 0:33:05
  • Sentiment Classification with Naive Bayes (NLP video 4) 0:58:20
  • Sentiment Classification with Naive Bayes & Logistic Regression, contd. (NLP video 5) 0:51:29
  • Derivation of Naive Bayes & Numerical Stability (NLP video 6) 0:23:56
  • Revisiting Naive Bayes, and Regex (NLP video 7) 0:37:33
  • Intro to Language Modeling (NLP video 8) 0:40:58
  • Transfer learning (NLP video 9) 1:35:16
  • ULMFit for non-English Languages (NLP Video 10) 1:49:22
  • Understanding RNNs (NLP video 11) 0:33:16
  • Seq2Seq Translation (NLP video 12) 0:59:42
  • Word embeddings quantify 100 years of gender & ethnic stereotypes-- Nikhil Garg (NLP video 13) 0:47:17
  • Text generation algorithms (NLP video 14) 0:25:39
  • Implementing a GRU (NLP video 15) 0:23:13
  • Algorithmic Bias (NLP video 16) 1:26:17
  • Introduction to the Transformer (NLP video 17) 0:22:54
  • The Transformer for language translation (NLP video 18) 0:55:17
  • What you need to know about Disinformation (NLP video 19) 0:51:21
  • Article: Zero to Hero with fastai - Beginner
  • Article: Zero to Hero with fastai - Intermediate
• NLP Course | For You
  • Word Embeddings
  • Text Classification
  • Language Modeling
  • Seq2seq and Attention
• Youtube: BERT Research Series
• YouTube: Intro to NLP with Spacy
• Talk: Practical NLP for the Real World
• YouTube: Level 3 AI Assistant Conference 2020
  • Youtube: Conversation Analysis Theory in Chatbots | Michael Szul
  • Youtube: Designing Practical NLP Solutions | Ines Montani
  • Youtube: Effective Copywriting for Chatbots | Hans Van Dam
  • Youtube: Distilling BERT | Sam Sucik
  • Youtube: Transformer Policies that improve Dialogues: A Live Demo by Vincent Warmerdam
  • Youtube: From Research to Production – Our Process at Rasa | Tanja Bunk
  • Youtube: Keynote: Perspective on the 5 Levels of Conversational AI | Alan Nichol
• Youtube: RASA Algorithm Whiteboard
  • Introducing The Algorithm Whiteboard 0:01:16
  • Rasa Algorithm Whiteboard - Diet Architecture 1: How it Works 0:23:27
  • Rasa Algorithm Whiteboard - Diet Architecture 2: Design Decisions 0:15:06
  • Rasa Algorithm Whiteboard - Diet Architecture 3: Benchmarking 0:22:34
  • Rasa Algorithm Whiteboard - Embeddings 1: Just Letters 0:13:48
  • Rasa Algorithm Whiteboard - Embeddings 2: CBOW and Skip Gram 0:19:24
  • Rasa Algorithm Whiteboard - Embeddings 3: GloVe 0:19:12
  • Rasa Algorithm Whiteboard - Embeddings 4: Whatlies 0:14:03
  • Rasa Algorithm Whiteboard - Attention 1: Self Attention 0:14:32
  • Rasa Algorithm Whiteboard - Attention 2: Keys, Values, Queries 0:12:26
  • Rasa Algorithm Whiteboard - Attention 3: Multi Head Attention 0:10:55
  • Rasa Algorithm Whiteboard: Attention 4 - Transformers 0:14:34
  • Rasa Algorithm Whiteboard - StarSpace 0:11:46
  • Rasa Algorithm Whiteboard - TED Policy 0:16:10
  • Rasa Algorithm Whiteboard - TED in Practice 0:14:54
  • Rasa Algorithm Whiteboard - Response Selection 0:12:07
  • Rasa Algorithm Whiteboard - Response Selection: Implementation 0:09:25
  • Rasa Algorithm Whiteboard - Countvectors 0:13:32
  • Rasa Algorithm Whiteboard - Subword Embeddings 0:11:58
  • Rasa Algorithm Whiteboard - Implementation of Subword Embeddings 0:10:01
  • Rasa Algorithm Whiteboard - BytePair Embeddings 0:12:44
• Youtube: A brief history of the Transformer architecture in NLP
• Youtube: The Transformer neural network architecture explained. “Attention is all you need” (NLP)
• Youtube: How does a Transformer architecture combine Vision and Language? ViLBERT - NLP meets Computer Vision
• Youtube: Strategies for pre-training the BERT-based Transformer architecture – language (and vision)
• Youtube: Ilya Sutskever - GPT-2
• Youtube: NLP Masterclass | Modeling Fallacies in NLP
• Youtube: What is GPT-3? Showcase, possibilities, and implications
• Youtube: TextAttack: A Framework for Data Augmentation and Adversarial Training in NLP
• Youtube: Learning to Rank: From Theory to Production - Malvina Josephidou & Diego Ceccarelli, Bloomberg
• Youtube: Learning "Learning to Rank"
• Youtube: Learning to rank search results - Byron Voorbach & Jettro Coenradie [DevCon 2018]
• Article: How the Embedding Layers in BERT Were Implemented
• Youtube: Easy Data Augmentation for Text Classification
• Youtube: Webinar: Special NLP Session with Hugging Face
• Youtube: BERT Neural Network - EXPLAINED! 0:11:36
• Youtube: NLP with Neural Networks & Transformers 0:10:45
• Youtube: Transformer Neural Networks - EXPLAINED! (Attention is all you need) 0:13:05
• Youtube: LSTM Networks - EXPLAINED! 0:16:12
• Youtube: Recurrent Neural Networks - EXPLAINED! 0:17:05
• Youtube: Attention in Neural Networks 0:11:18
• Youtube: Spacy IRL 2019
  • Sebastian Ruder: Transfer Learning in Open-Source Natural Language Processing (spaCy IRL 2019) 0:31:24
  • Giannis Daras: Improving sparse transformer models for efficient self-attention (spaCy IRL 2019) 0:20:13
  • Peter Baumgartner: Applied NLP: Lessons from the Field (spaCy IRL 2019) 0:18:44
  • Justina Petraitytė: Lessons learned in helping ship conversational AI assistants (spaCy IRL 2019) 0:23:48
  • Yoav Goldberg: The missing elements in NLP (spaCy IRL 2019) 0:30:27
  • Sofie Van Landeghem: Entity linking functionality in spaCy (spaCy IRL 2019) 0:20:08
  • Guadalupe Romero: Rethinking rule-based lemmatization (spaCy IRL 2019) 0:14:49
  • Mark Neumann: ScispaCy: A spaCy pipeline & models for scientific & biomedical text (spaCy IRL 2019) 0:18:59
  • Patrick Harrison: Financial NLP at S&P Global (spaCy IRL 2019) 0:21:42
  • McKenzie Marshall: NLP in Asset Management (spaCy IRL 2019) 0:20:32
  • David Dodson: spaCy in the News: Quartz's NLP pipeline (spaCy IRL 2019) 0:20:56
  • Matthew Honnibal & Ines Montani: spaCy and Explosion: past, present & future (spaCy IRL 2019) 0:54:13
• Youtube: The Future of Natural Language Processing
• Youtube: Sentiment Analysis: Key Milestones, Challenges and New Directions
• Youtube: Simple and Efficient Deep Learning for Natural Language Processing, with Moshe Wasserblat, Intel AI
• Youtube: Why not solve biological problems with a Transformer? BERTology meets Biology
• Youtube: Introduction to NLP
  • Introduction to NLP | Bag of Words Model 0:22:23
  • Introduction to NLP | TF-IDF 0:10:55
  • Introduction to NLP | Text Cleaning and Preprocessing 0:14:02
  • Introduction to NLP | Word Embeddings & Word2Vec Model 0:23:09
  • Introduction to NLP | GloVe Model Explained 0:23:15
  • Introduction to NLP | GloVe & Word2Vec Transfer Learning 0:21:12
  • Introduction to NLP | How to Train Custom Word Vectors 0:13:48
  • Sarcasm is Very Easy to Detect! GloVe + LSTM 0:17:07
  • Text Summarization & Keyword Extraction | Introduction to NLP 0:14:59
• Youtube: Self-attention step-by-step | How to get meaning from text
• Youtube: Chat Bot with PyTorch
• Youtube: NLP with Friends Talks
  • NLP with Friends, Featured Friend: Tom McCoy 0:36:48
  • NLP with Friends, Featured Friend: Maarten Sap 0:36:11
  • NLP with Friends, featured friend: Nitika Mathur 1:01:42
  • NLP with Friends, Featured Friend: Sabrina J Mielke 1:01:28
• Youtube: Insincere Question Classification with PyTorch
  • [PART 1] Insincere Question Classification with PyTorch 0:22:34
  • [PART 2] Insincere Question Classification with PyTorch 0:33:53
  • [PART 3] Insincere Question Classification with PyTorch 0:23:49
  • [PART 4] Insincere Question Classification with PyTorch 0:14:25
• Crash Course: Linguistics
  • Crash Course Linguistics Preview 0:02:50
  • What is Linguistics?: Crash Course Linguistics #1 0:11:11
• Talk: Recent Advances in Language Pretraining and Generation

Be able to model graphs and network data

• Datacamp: Network Analysis in Python (Part 1)
• Datacamp: Network Analysis in Python (Part 2)

Be able to implement models for timeseries and forecasting

• Datacamp: Machine Learning for Finance in Python
• Datacamp: Introduction to Time Series Analysis in Python
• Datacamp: Machine Learning for Time Series Data in Python
• Datacamp: Intro to Portfolio Risk Management in Python
• Datacamp: Financial Forecasting in Python
• Datacamp: Predicting CTR with Machine Learning in Python
• Datacamp: Intro to Financial Concepts using Python
• Datacamp: Fraud Detection in Python
• Datacamp: Forecasting Using ARIMA Models in Python
• Datacamp: Introduction to Portfolio Analysis in Python
• Datacamp: Credit Risk Modeling in Python
• Datacamp: Machine Learning for Marketing in Python
• Udacity: Machine Learning for Trading
• Udacity: Time Series Forecasting

Be familiar with Reinforcement Learning

• DeepLizard: Reinforcement Learning - Goal Oriented Intelligence
  • Reinforcement Learning Series Intro - Syllabus Overview 0:05:51
  • Markov Decision Processes (MDPs) - Structuring a Reinforcement Learning Problem 0:06:34
  • Expected Return - What Drives a Reinforcement Learning Agent in an MDP 0:06:47
  • Policies and Value Functions - Good Actions for a Reinforcement Learning Agent 0:06:52
  • What do Reinforcement Learning Algorithms Learn - Optimal Policies 0:06:21
  • Q-Learning Explained - A Reinforcement Learning Technique 0:08:37
  • Exploration vs. Exploitation - Learning the Optimal Reinforcement Learning Policy 0:10:06
  • OpenAI Gym and Python for Q-learning - Reinforcement Learning Code Project 0:07:52
  • Train Q-learning Agent with Python - Reinforcement Learning Code Project 0:08:59
  • Watch Q-learning Agent Play Game with Python - Reinforcement Learning Code Project 0:07:22
  • Deep Q-Learning - Combining Neural Networks and Reinforcement Learning 0:10:50
  • Replay Memory Explained - Experience for Deep Q-Network Training 0:06:21
  • Training a Deep Q-Network - Reinforcement Learning 0:09:07
  • Training a Deep Q-Network with Fixed Q-targets - Reinforcement Learning 0:07:35
  • Deep Q-Network Code Project Intro - Reinforcement Learning 0:06:26
  • Build Deep Q-Network - Reinforcement Learning Code Project 0:16:51
  • Deep Q-Network Image Processing and Environment Management - Reinforcement Learning Code Project 0:21:53
  • Deep Q-Network Training Code - Reinforcement Learning Code Project 0:19:46

Be able to use managed ML services on the cloud

• AWS: Amazon Transcribe Deep Dive: Using Feedback Loops to Improve Confidence Level of Transcription
• AWS: Build a Text Classification Model with AWS Glue and Amazon SageMaker
• AWS: Deep Dive on Amazon Rekognition: Building Computer Visions Based Smart Applications
• AWS: Hands-on Rekognition: Automated Video Editing
• AWS: Introduction to Amazon Comprehend
• AWS: Introduction to Amazon Comprehend Medical
• AWS: Introduction to Amazon Elastic Inference
• AWS: Introduction to Amazon Forecast
• AWS: Introduction to Amazon Lex
• AWS: Introduction to Amazon Personalize
• AWS: Introduction to Amazon Polly
• AWS: Introduction to Amazon SageMaker Ground Truth
• AWS: Introduction to Amazon SageMaker Neo
• AWS: Introduction to Amazon Transcribe
• AWS: Introduction to Amazon Translate
• AWS: Introduction to AWS Marketplace - Machine Learning Category
• AWS: Machine Learning Exam Basics
• AWS: Neural Machine Translation with Sockeye
• AWS: Process Model: CRISP-DM on the AWS Stack
• AWS: Satellite Image Classification in SageMaker
• edX: Amazon SageMaker: Simplifying Machine Learning Application Development

Be able to optimize performance metric

• Article: Evaluating a machine learning model
• Article: Hyperparameter tuning for machine learning models
• Article: Hacker's Guide to Hyperparameter Tuning
• Coursera: Improving Deep Neural Networks: Hyperparameter tuning, Regularization and Optimization
• Datacamp: Model Validation in Python
• Datacamp: Hyperparameter Tuning in Python
• Google: Testing and Debugging
• Troubleshooting Deep Neural Networks
• Youtube: How do GPUs speed up Neural Network training? 0:08:19
• Youtube: Why use GPU with Neural Networks? 0:09:43

Be able to optimize models for production

• Article: Neural Network Pruning
• Article: FasterAI
• Article: Is the future of Neural Networks Sparse? An Introduction (1/N)
• Article: Sparse Neural Networks (2/N): Understanding GPU Performance.
• Article: Block Sparse Matrices for Smaller and Faster Language Models

Be able to deploy model to production

• Acloudguru: AWS Certified Machine Learning - Specialty
• Acloudguru: AWS Certified Developer - Associate
• Acloudguru: AWS Certification Preparation Guide
• AWS: Exam Readiness: AWS Certified Developer – Associate
• AWS: Thirty Serverless Architectures in 30 Minutes
• Article: Deploy a Keras Deep Learning Project to Production with Flask
• Article: Logging and Debugging in Machine Learning - How to use Python debugger and the logging module to find errors in your AI application
• Article: How to Unit Test Deep Learning: Tests in TensorFlow, mocking and test coverage
• Article: Best practices to write Deep Learning code: Project structure, OOP, Type checking and documentation
• Article: Deep Learning in Production: Laptop set up and system design
• Article: Enough Docker to be Dangerous
• Article: How to properly ship and deploy your machine learning model
• Luigi Patruno: ML in Production
  • Video: You trained a machine learning model. Now what?
  • Article: Docker for Machine Learning – Part I
  • Article: Docker for Machine Learning – Part II
  • Article: Docker for Machine Learning – Part III
  • Article: Using Docker to Generate Machine Learning Predictions in Real Time
  • Article: Batch Inference vs Online Inference
  • Article: Storing Metadata from Machine Learning Experiments
  • Article: How Data Leakage Impacts Machine Learning Models
  • Article: An Introduction to Kubernetes for Data Scientists
  • Article: How to Use Kubernetes Pods for Machine Learning
  • Article: Kubernetes Jobs for Machine Learning
  • Article: Kubernetes CronJobs for Machine Learning
  • Article: Kubernetes Deployments for Machine Learning
  • Article: Kubernetes Services for Machine Learning
  • Article: The Ultimate Guide to Model Retraining
  • Article: Top ML Resources: Interview with Eric Colson
  • Article: Top ML Resources: Interview with Veronika Megler, PhD
  • Article: Top ML Resources: Interview with Erik Bernhardsson
  • Article: Top ML Resources: Interview with Rui Carmo
  • Article: Top ML Resources: Interview with Jeremy Jordan
  • Article: 5 Challenges to Running Machine Learning Systems in Production
  • Article: Enabling Machine-Learning-as-a-Service Through Privacy Preserving Machine Learning
  • Article: What Does it Mean to Deploy a Machine Learning Model? (Deployment Series: Guide 01)
  • Article: Software Interfaces for Machine Learning Deployment (Deployment Series: Guide 02)
  • Article: Batch Inference for Machine Learning Deployment (Deployment Series: Guide 03)
  • Article: The Challenges of Online Inference (Deployment Series: Guide 04)
  • Article: Online Inference for ML Deployment (Deployment Series: Guide 05)
  • Article: Model Registries for ML Deployment (Deployment Series: Guide 06)
  • Article: Test-Driven Machine Learning Development (Deployment Series: Guide 07)
  • Article: A/B Testing Machine Learning Models (Deployment Series: Guide 08)
  • Article: Lessons Learned from 15 Years of Monitoring Machine Learning in Production
  • Article: Why is it Important to Monitor Machine Learning Models?
  • Article: Maximizing Business Impact with Machine Learning
• Codecademy: Deploy a Website
• Datacamp: Parallel Computing with Dask
• Datacamp: Cloud Computing for Everyone
• Django Best Practices
• Pluralsight: Docker and Containers: The Big Picture
• Pluralsight: Docker and Kubernetes: The Big Picture
• Pluralsight: AWS Developer: The Big Picture
• Pluralsight: AWS Networking Deep Dive: Virtual Private Cloud (VPC)
• Pluralsight: AWS VPC Operations
• Pluralsight: Building Applications Using Elastic Beanstalk
• Servers for Hackers Series
• The Hacker's Guide to Scaling Python
• Udacity: HTTP & Web Servers
• Udacity: Intro to DevOps
• Udacity: Developing Scalable Apps in Python
• Udacity: Configuring Linux Web Servers
• Udacity: Scalable Microservices with Kubernetes
• Udemy: AWS Concepts
• Udemy: Serverless Concepts
• Udemy: AWS Certified Developer - Associate 2018
• Udacity: Authentication & Authorization: OAuth
• Udacity: Designing RESTful APIs
• Udacity: Client-Server Communication
• Youtube: PyConBY 2020: Sebastian Ramirez - Serve ML models easily with FastAPI
• Youtube: FastAPI from the ground up
• Whitepaper: Architecting for the Cloud AWS Best Practices
• Whitepaper: AWS Well-Architected Framework
• Whitepaper: AWS Security Best Practices
• Whitepaper: Blue/Green Deployments on AWS
• Whitepaper: Microservices on AWS
• Whitepaper: Optimizing Enterprise Economics with Serverless Architectures
• Whitepaper: Practicing Continuous Integration and Continuous Delivery on AWS
• Whitepaper: Running Containerized Microservices on AWS
• Whitepaper: Serverless Architectures with AWS Lambda

Be able to perform A/B testing

• Datacamp: Customer Analytics & A/B Testing in Python
• Udacity: A/B Testing
• Udacity: A/B Testing for Business Analysts
• Youtube: A/B Testing - Simply Explained 0:02:45
• Youtube: Hypothesis testing with Applications in Data Science 0:10:33

Be able to write unit tests

• Article: Effective testing for machine learning systems
• Datacamp: Unit Testing for Data Science in Python
• Pluralsight: Test-driven Development: The Big Picture
• Test Driven Development with Python
• Thoughtbot: Fundamentals of TDD
• Treehouse: Python Testing
• Udacity: Software Analysis & Testing
• Udacity: Software Testing
• Udacity: Software Debugging

Be proficient in Python

• Article: No Really, Python's Pathlib is Great
• Book: A Byte of Python
• Book: Learn Python The Hard way
• Book: Python 201
• Book: Python Anti-Patterns
• Book: Real Python
• Book: The Python 3 Standard Library By Example
• Book: Writing Idiomatic Python 3
• Codecademy: Learn Python
• Cognitiveclass.ai: Python for Data Science
• Datacamp: Python for R Users
• Datacamp: Python for Spreadsheet Users
• Datacamp: Python for MATLAB Users
• Datacamp: Importing Data in Python (Part 1)
• Datacamp: Intermediate Python for Data Science
• Datacamp: Python Data Science Toolbox (Part 1)
• Datacamp: Python Data Science Toolbox (Part 2)
• Datacamp: Intro to Python for Finance
• Datacamp: Writing Efficient Python Code
• Datacamp: Writing Functions in Python
• Datacamp: Working with Dates and Times in Python
• Datacamp: Object-Oriented Programming in Python
• edX: Introduction to Python for Data Science
• edX: Programming with Python for Data Science
• Google's Python Class
• Treehouse: Python Basics
• Treehouse: Python collections
• Treehouse: Date and Time
• Treehouse: CSV And JSON
• Treehouse: Functional Programming with Python
• Treehouse: Python Decorators
• Treehouse: Write Better Python
• Thoughtbot: Regular Expressions
• TheNewBoston: Python Programming Tutorials
• Udacity: Introduction to Python Programming
• Udacity: Programming Foundations with Python
• Udacity: What is Programming?

Be familiar with compiled languages

• Codecademy: Learn Java
• Udacity: C++ For Programmers
• Udacity: Java Programming Basics

Have a general understanding of other parts of the stack

• Book: Refactoring UI
• Codecademy: Learn HTML
• Codecademy: Learn Color Design
• Codecademy: Learn SASS
• Codecademy: Make a website
• Codecademy: Learn ReactJS: Part I
• Codecademy: Learn ReactJS: Part II
• Codecademy: Learn JavaScript
• Codecademy: Jquery Track
• Codecademy: Learn Ruby
• Code School: Fundamentals of Design
• Code School: Blasting Off with Bootstrap
• (ES6) - Beau teaches JavaScript
• Pluralsight: UX Fundamentals
• Pluralsight: HTML, CSS, and JavaScript: The Big Picture
• Pluralsight: CSS Positioning
• Pluralsight: Introduction to CSS
• Pluralsight: CSS: Specificity, the Box Model, and Best Practices
• Pluralsight: CSS: Using Flexbox for Layout
• Pluralsight: Using The Chrome Developer Tools
• Thoughtbot: Design for Developers
• Treehouse: HTML
• Treehouse: Javascript Booleans
• Udacity: ES6 - JavaScript Improved
• Udacity: Intro to Javascript
• Udacity: Object Oriented JS 1
• Udacity: Object Oriented JS 2
• Udemy: Understanding Typescript

Be familiar with fundamental Computer Science concepts

• Codecademy: Big O
• Crashcourse: Computer Science
• Grokking Algorithms
• Khan Academy: Data Structures
• Udacity: Intro to Algorithms
• Udacity: Intro to Computer Science
• Udacity: Intro to Theoretical Computer Science
• Udacity: Programming Languages
• Udacity: Networking for Web Developers

Be able to apply proper software engineering process

• Launch School: Agile Planning
• Pluralsight: Product Owner Fundamentals
• Pluralsight: Scrum Master Fundamentals - Foundations
• Pluralsight: Security Awareness: Basic Concepts and Terminology
• Pluralsight: Secure Software Development
• Pluralsight: Clean Architecture: Patterns, Practices, and Principles
• Thoughtbot: Software Development Process
• Thoughtbot: Refactoring
• Udacity: Design of Computer Programs
• Udacity: Product Design
• Udacity: Rapid Prototyping
• Udacity: Software Architecture and Design
• Udacity: Software Development Process
• Udacity: Full Stack Foundations

Be able to efficiently use a text editor

• Learn Enough Text Editor to Be Dangerous
• Mastering Pycharm

Be able to communicate and collaborate well

• Google: Technical Writing
• Book: Emotional Intelligence
• Book: How to Win Friends & Influence People
• Book: Influence: The Psychology of Persuasion
• Book: Leaders Eat Last: Why Some Teams Pull Together and Others Don't
• Book: Multipliers: How the Best Leaders Make Everyone Smarter
• Book: Soft Skills: The software developer's life manual
• Book: The New One Minute Manager
• Youtube: Building a psychologically safe workplace | Amy Edmondson | TEDxHGSE

Be familiar with the hiring pipeline

• Datacamp: Preparing for Statistics Interview Questions in Python
• Datacamp: Preparing for Coding Interview Questions in Python
• Udacity: Optimize your GitHub
• Udacity: Strengthen Your LinkedIn Network & Brand
• Udacity: Data Science Interview Prep
• Udacity: Full-Stack Interview Prep
• Udacity: Refresh Your Resume
• Udacity: Craft Your Cover Letter
• Udacity: Technical Interview
• Youtube: Stanford CS230: Deep Learning | Autumn 2018 | Lecture 8 - Career Advice / Reading Research Papers

Broaden Perspective

• Book: Atomic Habits
• Book: Deep Work
• Book: Outliers: The Story of Success
• Book: Rich Dad Poor Dad
• Book: The Power of Broke
• Book: The 10X Rule
• Book: The Millionaire Fastlane
• Book: The Subtle Art of Not Giving a F**k
• Youtube: Why specializing early doesn't always mean career success | David Epstein