2018

in #advent of code, #linear algebra, #physics, @Math, +Advent of Code

in #haskell, #advent of code, #abstract algebra, #group theory, @Haskell, @Math, +Advent of Code

in #functional programming, #dependent types, #haskell, #singletons, #types, @Haskell, @Tutorials, +Introduction to Singletons

in #functional programming, #dependent types, #haskell, #singletons, #types, @Haskell, @Tutorials, +Introduction to Singletons

in #lenses, #profunctors, @Haskell

in #personal, #life, @Meta

in #reflection, @Personal

in #machine learning, #differentiable programming, #deep learning, #backprop, #modeling, @Haskell, +Functional Models

in #machine learning, #differentiable programming, #deep learning, #backprop, #modeling, @Haskell, +Functional Models

in #machine learning, #differentiable programming, #deep learning, #backprop, #modeling, @Haskell, +Functional Models

in #functional programming, #haskell, #monoids, #applicatives, @Haskell

in #linear algebra, @Math

in #functional programming, #haskell, #numerical, #machine learning, #artificial neural networks, @Haskell, +Backprop

in #functional programming, #haskell, #types, #lens, #advent of code, #functor combinators, @Haskell, +Beginner/Intermediate Haskell Projects

in #functional programming, #dependent types, #haskell, #singletons, #types, @Haskell, @Tutorials, +Introduction to Singletons