This note covers the
following topics: Introduction to Haskell and Lazy, Functional Programming,
Datatypes, Programs and Proofs, Simple Graphics, Polymorphism, Trees, Regions,
Proofs by Induction, The Haskell Class System, Simple Animations, Infinite Lists
and Streams, Reactive Animations, Higher Order Types, Functional Music and
Interpreting Music.
This page covers the
following topics related to Functional Programming : The Basics, Language
Support, Moving From Imperative to Functional, Higher Order Functions, Closures,
Purity and Side Effects, Theoretical Foundations, Functional vs.
Object-Oriented, Point-Free Programming, Summary.
This note covers the following topics: O'Caml, Simple Data, Thinking
Recursively, Poly-HO: Polymorphism and Higher-Order Programming, Pipelines,
Datatypes, The Functional Evaluation Model, Functional Space Model, Equational
Reasoning, Modules and Functors, Modular Reasoning, Mutable Data Structures and
Imperative Interfaces, Threads, Locks and Mutable Data, Parallel Complexity
Model, Parallel Scans and Filters.
This note covers the
following topics: Lambda calculus, Lambda calculus as a programming language,
Types, A taste of ML, Proving programs correct, Effective ML.
This note covers the
following topics: Introduction to Haskell and Lazy, Functional Programming,
Datatypes, Programs and Proofs, Simple Graphics, Polymorphism, Trees, Regions,
Proofs by Induction, The Haskell Class System, Simple Animations, Infinite Lists
and Streams, Reactive Animations, Higher Order Types, Functional Music and
Interpreting Music.
This note explains the
fundamental programming concepts such as recursion, abstraction, higher-order
functions and data types, whilst at the same time emphasizing the practical use
of such constructs by applying them within a graphical environment.
This note covers the
following topics: The Memory Management, Graph Reduction , Garbage Collection,
Memory Allocation, Lambda Calculus, The four stroke reduction engine and A
list of Miranda's built-in functions.