/  Programming Languages Books /  Programming Languages Theory Books / 

Programming Languages Application and Interpretation

Programming Languages Application and Interpretation

Programming Languages Application and Interpretation

This note covers the following topics: Parsing, Interpretation, Adding Functions to the Language, From Substitution to Environments, Functions, Mutation: Structures and Variables, Recursion and Cycles: Procedures and Data, Objects, Memory Management, Representation Decisions, Desugaring as a Language Feature, Control Operations, Checking Program Invariants Statically: Types, Checking Program Invariants Dynamically: Contracts, Alternate Application Semantics.

Author(s):

s207 Pages
Similar Books
Notes on Programming Language Concepts

Notes on Programming Language Concepts

This note covers programming languages and programming paradigms, OCaml operational Semantics: an overview, Names, Bindings and environment, A static analysis primer, Stack machines, Functions everywhere, Static scope and dynamic scope.

s43 Pages
Principles of Programming Languages

Principles of Programming Languages

This note covers the following topics: The Elements of Programming, Theoretical Introduction of Programming Languages: Syntax, Semantics, Types, Abstraction on Data, Delayed Evaluation on Data and on Control, Type Correctness, Evaluators for Functional Programming, Logic Programming, Imperative Programming.

s423 Pages
Programming Languages Theory and Practice

Programming Languages Theory and Practice

This note explains the following topics: Transition Systems, Defining a Language, A Functional Language, Control and Data Flow, Imperative Functional Programming, Cost Semantics and Parallelism, Data Structures and Abstraction, Lazy Evaluation, Dynamic Typing, Subtyping and Inheritance, Storage Management.

s277 Pages
Foundations of Programming for High Performance Computing

Foundations of Programming for High Performance Computing

This course note is an introduction to high performance computing (HPC) on modern desktop computer architectures. The targeted audience is undergraduate students who are not engaged in a computer science program but who want to be exposed to the principles HPC (relevant to desktop computers) and take advantage of them in their field of study.

sNA Pages