• Hatchery
  • Introduction
  • Basics
  • Type System
  • OOP in Julia
  • Array and Iterators
  • Performance
  • Metaprogramming
  • FFI
  • Quotes
  • PackageDev
  • Misc.
  • Internals
  • Parallel Computing
  • Unsorted
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Introduction

Resources for learning Julia

Keep tracking of blogs, videos, threads, issues, Q&As, quotes... (work in progress)

  • official
  • Julia motivation: why weren’t Numpy, Scipy, Numba, good enough?
  • A Deep Introduction to Julia for Data Science and Scientific Computing
  • 7 Julia Gotchas and How to Handle Them
  • Using Julia's Type System For Hidden Performance Gains
  • What features will I miss in Julia?
  • I Like Julia Because It Scales and Is Productive: Some Insights From A Julia Developer
  • Julia.jl
  • Why I use Julia
  • Why I’m Betting on Julia
  • List of most desired features for Julia v1.x
  • What can we do to make Julia grow fast?

Intro. Videos

  • Jeff Bezanson & Stefan Karpinski - Julia: Numerical Applications Pushing Limits of Language Design
  • Jeff Bezanson - Why is Julia fast?
  • Stefan Karpinski - Julia + Python = ♥
  • Stefan Karpinski - Julia: Fast Performance, Distributed Computing & Multiple Dispatch
  • John Pearson | Introduction to Julia for Pythonistas
  • DataScienceSG 2016 | Prof Alan Edelman | Introduction to Julia
  • Josh Day | Julia for Modern Data Analysis

    David P. Sanders' Tutorials

  • [JuliaCon 2017]An Invitation to Julia: Toward Version 1.0
  • [JuliaCon 2016]Intermediate Level Julia
  • [JuliaCon 2015]Introduction to Julia for scientific Computing
  • [SciPy 2014]Introduction to Julia - Part 1
  • [SciPy 2014]Introduction to Julia - Part 2

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