Tutorial: Computer Vision with Allegro Common Lisp and the VIGRA Library using VIGRACL Benjamin Seppke, Leonie Dreschler-Fischer Department Informatik, University of Hamburg, Germany {seppke, dreschler}@informatik.uni-ha

Source URL: kogs-www.informatik.uni-hamburg.de

• Lisp programming language
• Functional languages
• Common Lisp
• Lisp
• Foreign function interface
• Genera
• Preprocessor
• Symbol
• Computing
• Software engineering
• Computer programming

Scheme Flow Analysis Lastref information provides just enough information to disentangle the multiple environments that can be created over a given variable. If we had lastref information, we could, for example, correct

Source URL: repository.readscheme.org

• Control flow
• Lambda calculus
• Subroutines
• Functional languages
• Lisp programming language
• Closure
• Lisp
• Continuation-passing style
• Scheme
• Software engineering
• Computing
• Computer programming

A (Not So) Short Introduction to S4 Object Oriented Programming in R V0.5.1 Christophe Genolini August 20, 2008

Source URL: cran.um.ac.ir

• Object-oriented programming
• Object
• Common Lisp Object System
• Constant
• Type system
• Mutator method
• Self
• Object model
• Prototype-based programming
• Software engineering
• Computer programming
• Computing

Asia Pacific Mathematics Newsletter John McCarthy – Father of Artificial Intelligence V Rajaraman Introduction

Source URL: www.asiapacific-mathnews.com

• Lisp programming language
• Turing Award laureates
• Environmental skepticism
• John McCarthy
• Marvin Minsky
• MIT Computer Science and Artificial Intelligence Laboratory
• Nathaniel Rochester
• Lisp
• Commonsense reasoning
• Artificial intelligence
• Science
• Computing

Writing Macros in Continuation-Passing Style Erik Hilsdale Daniel P. Friedman Computer Science Department Indiana University

Source URL: repository.readscheme.org

• Subroutines
• Scheme programming language
• Continuations
• Functional programming
• Source code
• Scheme
• Hygienic macro
• Call-with-current-continuation
• Lisp
• Software engineering
• Computer programming
• Computing

http://www.artinfo-musinfo.org Lisp Bulletin #3, December 1979, page http://www.artinfo-musinfo.org Lisp Bulletin #3, December 1979, page http://www.artinfo-musinfo.org Lisp Bulletin #3, December 1979, p

Source URL: www.artinfo-musinfo.org

Microsoft Word - ijita12-3.doc

Source URL: www.foibg.com

• Programming paradigms
• Imperative programming
• Programming language
• Prolog
• Lisp
• Logic programming
• Functional programming
• Procedural programming
• Object-oriented programming
• Software engineering
• Computing
• Computer programming

0 Introduction 4caps is a new cognitive architecture in the same family as CAPS (Thibadeau, 1982) and 3CAPS (Haarmann, 1995; Varma, 1990; The major difference between 4caps and its predecessors (and indeed all oth

Source URL: www.ccbi.cmu.edu

• Manned spacecraft
• AmigaOS
• MOD
• Perl module
• Loadable kernel module
• Common Lisp
• International Space Station
• Module
• Rete algorithm
• Spaceflight
• Computing
• Software engineering

Development and deployment of Common Lisp applications on the JVM Erik Huelsmann, ECLM2013 About me

Source URL: weitz.de

• Functional languages
• Lisp programming language
• Computing platforms
• Java platform
• Common Lisp
• Java
• J
• Lisp
• Computing
• Software
• Cross-platform software

Scheme Type Recovery 1 1 Introduction Scheme is a latently typed language [R3RS]. This means that unlike statically typed languages such

Source URL: repository.readscheme.org

• Type theory
• Data types
• Functional languages
• Lisp programming language
• Cross-platform software
• Continuation-passing style
• Type safety
• Variable
• Common Lisp
• Software engineering
• Computing
• Programming language theory