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Topic: Common Lisp programming <b>language<



  
 Strict <b>programmingb> language - Wikipedia, the free encyclopedia
The terms "eager <b>programmingb> language" and "lazy <b>programmingb> language" are often used as synonyms for "strict <b>programmingb> language" and "non-strict <b>programmingb> language" respectively.
Strict <b>programmingb> languages are often associated with eager evaluation, and non-strict languages with lazy evaluation, but other evaluation strategies are possible in each case.
A non-strict <b>programmingb> language is one which is not strict, and hence may allow lazy evaluation.
http://en.wikipedia.org/wiki/Strict_programming_language   (311 words)

  
 <b>Lispb> <b>programmingb> language - Wikipedia, the free encyclopedia
<b>Lispb> was used as the implementation of the <b>programmingb> language Planner that was the foundation for the famous AI system SHRDLU.
Today, <b>Lispb> languages are used in many fields, from web development to finance [1], and are also <b>commonb> in computer science education.
<b>Lispb> is a reflective, functional <b>programmingb> language family with a long history.
http://en.wikipedia.org/wiki/Lisp_programming_language   (4449 words)

  
 The <b>Lispb> <b>Programmingb> Language
Many <b>programmingb> language researchers believe that functional <b>programmingb> is a much better approach to software development, than the use of Imperative Languages (Pascal, C++, etc).
<b>Lispb> totally dominated Artificial Intelligence applications for a quarter of a century, and is still the most widely used language for AI.
By 1970 special-purpose computers known as <b>Lispb> Machines, were designed to run <b>Lispb> programs.
http://www.engin.umd.umich.edu/CIS/course.des/cis400/lisp/lisp.html   (633 words)

  
 An Introduction and Tutorial for <b>Commonb> <b>Lispb>
AI Slant: Paradigms of AI <b>Programmingb>: Case Studies in <b>Commonb> <b>Lispb> by Peter Norvig.
Peter Norvig's Paradigms of Artificial Intelligence <b>Programmingb>: Case Studies in <b>Commonb> <b>Lispb>.
The Evolution of <b>Lispb> A Detailed History of <b>Lispb>, from the 1993 ACM History of of <b>Programmingb> Languages (HOPL-II) conference.
http://www.apl.jhu.edu/~hall/lisp.html   (1550 words)

  
 ALU: <b>Commonb> <b>Lispb> Implementations
CMU <b>Commonb> <b>Lispb> (or CMUCL for short) is an implementation of the <b>Commonb> <b>Lispb> <b>programmingb> language.
CLOE (<b>Commonb> <b>Lispb> Operating Environment) is a cross-development environment for IBM PCs (MSDOS) and Symbolics Genera.
<b>Commonb> <b>Lispb> compatibility macros are provided, and most of the examples in "<b>Lispb>" by Winston and Horn have been run on RefLisp.
http://www.lisp.org/table/systems.htm   (3661 words)

  
 Emacs <b>Lispb> <b>programmingb> language : Emacs <b>Lispb>
Emacs <b>Lispb> is a dialect of the <b>Lispb> <b>programmingb> language used by the GNU Emacs and XEmacs editors, which will simply be called "Emacs" in this article.
<b>Lispb> was chosen as the extension language for Emacs because of its powerful features, including the ability to treat functions as data.
The majority of the editing functionality in Emacs comes from code written in Emacs <b>Lispb>; the rest is written in C.
http://www.eurofreehost.com/em/Emacs_Lisp.html   (290 words)

  
 1st European <b>Lispb> and Scheme Workshop
<b>Commonb> <b>Lispb>, with the <b>Commonb> <b>Lispb> Object System (CLOS), was the first object-oriented <b>programmingb> language to receive an ANSI standard at the beginning of the 1990’s.
The growing interest in <b>Lispb> languages is most probably due to the fact that many current trends in the field of software engineering and object-oriented technology are heavily influenced by notions that are prevalent in <b>Lispb> and Scheme &; most prominently a way to treat programs as data and the resulting facilities for metaprogramming.
Despite the fact that <b>Lispb> languages have somewhat disappeared from the radar of popular computer science, <b>Commonb> <b>Lispb> and Scheme are still alive and have just started to gain momentum again.
http://www.cs.uni-bonn.de/~costanza/lisp-ecoop   (452 words)

  
 The Scheme <b>Programmingb> Language
PLT Scheme is an umbrella name for a family of implementations of the Scheme <b>programmingb> language.
Scheme is also the first <b>programmingb> language to support hygienic macros, which permit the syntax of a block-structured language to be extended reliably.
Scheme was one of the first <b>programmingb> languages to incorporate first class procedures as in the lambda calculus, thereby proving the usefulness of static scope rules and block structure in a dynamically typed language.
http://www.swiss.ai.mit.edu/projects/scheme   (700 words)

  
 ONJava.com: <b>Lispb> and Java
Moving on through the rudiments of the language: the basic data structure in <b>Lispb> is the list, which can be created in a variety of ways, one of the simplest of which is via the
To a <b>Lispb> programmer, it would be natural to break down the above chunk of code into something that generates a list of rows, and a function that is then mapped over each row.
In <b>Lispb>, the word immediately after the opening parenthesis is what you learn to read as the verb (in most cases), and there is no distinguished subject of that verb.
http://www.onjava.com/pub/a/onjava/2004/03/24/lisp.html   (1244 words)

  
 Star Sapphire <b>Commonb> <b>LISPb> Reference Manual--<b>LISPb> Tutorial
<b>LISPb> was one of the first <b>programmingb> languages, and hence did not have to cater to the body of theory and preconceptions that exist nowadays.
<b>LISPb> embodies in a pure form some concepts which are present in all <b>programmingb> languages but which are typically obscured or difficult to use.
The beauty of <b>LISPb> is that it has taken a very abtruse mathematical formalism and made it into a computer language which is one of the simplest in its essence.
http://www.webweasel.com/lisp/doc/cl0.htm   (2557 words)

  
 PC AI - <b>LISPb> <b>Programmingb> Language
Together, these two levels augment <b>Commonb> <b>LISPb> with practically all of the functionality of both Prolog and constraint logic <b>programmingb> languages such as CHiP and CLP(R).
WWW server implemented in <b>Commonb> <b>LISPb> to explore <b>programmingb> in interactive hypermedia while providing access to complex research programs, such as artificial intelligence systems.
Visual <b>LISPb>(TM), a new <b>programmingb> language from Autodesk Inc., extends the capabilities of the AutoLISPr <b>programmingb> language by providing ease-of-use and development, performance, Microsoft(R) Windows integration and improved software modularity and security features.
http://www.pcai.com/web/ai_info/pcai_lisp.html   (884 words)

  
 On the Relationship Between Python and <b>Lispb>
This is only a "<b>Lispb> feature" in the sense that McCarthy's <b>Lispb> (not <b>Commonb> <b>Lispb>!) was the first high level <b>programmingb> language and all languages since have necessarily borrowed from or reinvented something pioneered there.
Because <b>Lispb> was the first high-level <b>programmingb> language there is a tendency to believe that therefore everything good done since then is a reinvention of <b>Lispb>.
If more recent academic <b>programmingb> languages have good ideas then we will have to have faith that those ideas will be brought to the masses by some other <b>programmingb> language thirty years from now.
http://www.prescod.net/python/IsPythonLisp.html   (2895 words)

  
 94-03-11.doc
We assume the presence of both, as is customary in most <b>Lispb> environments today, and we informally identify whether we are invoking features of the <b>Commonb> <b>Lispb> standard versus the CLOS object oriented extension.
This file should be loaded into the <b>Commonb> <b>Lispb> environment by clients and implementations of the interfaces defined in Foo.idl.
The relationship between <b>Commonb> <b>Lispb> and CLOS is one between a formal standard and a defacto standard extension.
http://www.omg.org/docs/1994/94-03-11.doc   (2015 words)

  
 Amazon.com: <b>Commonb> <b>LISPb>, Second Edition : The Language (HP Technologies): Books: Guy Steele
<b>Commonb> <b>Lispb> is an enormous language, with over 800 built-in functions, many of which have complicated semantics and dozens of keywords that alter those semantics.
"<b>Commonb> <b>Lispb>, The Language" (or CLTL) is an industrial-strength language reference for a somewhat esoteric computer language (in the view of most programmers today), so this tome is definitely not for the novice, nor for the faint of heart.
The program structure in <b>Lispb>, namely the organization of a program as a function call or a form is outlined in detail.
http://www.amazon.com/exec/obidos/tg/detail/-/1555580416?v=glance   (2382 words)

  
 LaTeX Project Output
This semester's project will be to design and implement a program that recognizes a significant subset of the <b>Commonb> <b>Lispb> <b>programmingb> language and translates it into Java.
Formally, an integer in <b>Commonb> <b>Lispb> is an optional sign, followed by a sequence of decimal digits, followed by an optional decimal point.
Formally, rational numbers in <b>Commonb> <b>Lispb> consist of an optional sign, followed by one or more digits, followed by a slash (/), followed by one or more digits, where the second string may not consist entirely of zeroes.
http://www.engr.uconn.edu/cse/Courses/CSE244/proj1.html   (597 words)

  
 Lush: <b>Lispb> Universal SHell
<b>Lispb> variables can be refered to from the C by prepending a dollar sign.
Lush is an object-oriented <b>programmingb> language designed for researchers, experimenters, and engineers interested in large-scale numerical and graphic applications.
The Lush interpreter is written in C and features all the usual functionalities and constructs found in every decent object-oriented <b>programmingb> language such as conditional statements, loops, local variables, functions, macros, objects, classes, methods, and inheritance, but it also provides a large number of functions for manipulating lists, strings, vectors, matrices, and tensors.
http://lush.sourceforge.net   (2393 words)

  
 On <b>Lispb>
The final chapter takes a deeper look at object-oriented <b>programmingb> than previous <b>Lispb> books, showing the step-by-step construction of a working model of the <b>Commonb> <b>Lispb> Object System (CLOS).
On <b>Lispb> is a comprehensive study of advanced <b>Lispb> techniques, with bottom-up <b>programmingb> as the unifying theme.
The book also covers important subjects related to bottom-up <b>programmingb>, including functional <b>programmingb>, rapid prototyping, interactive development, and embedded languages.
http://www.paulgraham.com/onlisp.html   (274 words)

  
 <b>Commonb> <b>Lispb>
 <b>Lispb> (LISt Processing <b>Programmingb>) is a symbolic functional recursive language based on lambda-calculus, used especially for Artificial Intelligence research and symbolic mathematics.
A good text book is ``Paradigms of Artificial Intelligence <b>Programmingb>: Case Studies in <b>Commonb> <b>Lispb>'',
This <b>Commonb> <b>Lispb> standard provides several major pieces of new functionality: an object-oriented <b>programmingb> system, a condition handling system, an improved iteration facility, and better support for large character sets.
http://www.dfki.de/fluids/Common_Lisp.html   (174 words)

  
 <b>Commonb> <b>Lispb> info
Community resources for the <b>Commonb> <b>Lispb> language, including FAQs, lists of available vendors, and sources of free implementations are available from the Association of <b>Lispb> Users (ALU).
Think of <b>Lispb> as an alternative to or refuge from "commodity" languages like Java, C. and C++, especially for your most complex and difficult projects.
<b>Commonb> <b>Lispb> is ANSI standard language X3.226-1994, renewed in 1999 and available from ANSI in PDF format as X3.226-1994 (R1999), although some people have complained that the PDF is poor resolution and hard to read.
http://www.common-lisp.info   (414 words)

  
 Cooking with <b>Lispb>
I really appreciate that the Perl community is embracing the powerful ideas found in <b>Lispb> and Haskell, unlike the recent news from the Python community about starting to consider removing some of the "redundant" functional features.
He discusses this in his Editing <b>Lispb> Code in Emacs page on CLiki (which is a very helpful guide if you haven't read it yet) and I remember trying those before and not really being happy about how it worked, but seeing how it worked in the video, I'm going to try them again.
<b>Lispb> programmers have been using these features since 1957.
http://cooking-with-lisp.blogspot.com   (3024 words)

  
 ALU: What is <b>Lispb>?
"<b>Lispb> is a programmable <b>programmingb> language." -John Foderaro
<b>Lispb> may be combined with other languages to produce wide variety of applications.
A paper titled <b>Commonb> <b>Lispb>: Myths and Legends tries to confront and dispel some of the myths and mistaken impressions associated with <b>Lispb>.
http://www.alu.org/table/lisp.htm   (199 words)

  
 Open Directory - Computers: <b>Programmingb>: Languages: <b>Lispb>
Screamer Tool Repository - <b>Commonb> <b>Lispb> extension, adds support for nondeterministic <b>programmingb>, and on this substrate, provides full constraint <b>programmingb> language to formulate and solve mixed systems of numeric and symbolic constraints.
<b>Commonb> <b>Lispb>.net - Provide the <b>Commonb> <b>Lispb> community with development resources and to work as a starting point for new programmers.
<b>Lispb>: Good News, Bad News, How to Win Big - <b>Lispb> has done quite well over the last ten years: becoming nearly standardized, forming the basis of a commercial sector, reaching high performance, having good environments, able to deliver applications.
http://www.dmoz.org/Computers/Programming/Languages/Lisp   (386 words)

  
 Learning <b>Lispb> for CMPT 310
You will be coding in the <b>Commonb> <b>LISPb> <b>programmingb> language for your assignments.
Do try running your solutions in the Allegro <b>Commonb> <b>LISPb> development environment.
<b>Commonb> <b>Lispb> HyperSpec: A hypertext derivative of the ANSI <b>Commonb> <b>LISPb> Specification (X3J13).
http://www.cs.sfu.ca/CC/310/pwfong/Lisp   (464 words)

  
 CS555 Fall 1999
Topics of the <b>Commonb> <b>LISPb> <b>programmingb> language include <b>LISPb> primitives, <b>LISPb> objects and evaluation recursion and iteration, macros, data abstraction, object-oriented <b>programmingb>, symbolic pattern matching.
This course is an introduction to basic artificial intelligence techniques (AI) and the <b>Commonb> <b>LISPb> <b>programmingb> language.
The AI techniques cover mainly the Parts I and II of the first text book, which includes stimulus-response agents, neural networks, machine evolution, state machines, agents that plan, uninformed search, heuristic search, game playing techniques.
http://www.cs.bsu.edu/homepages/tzeng/cs555/intro.html   (114 words)

  
 LookSmart - General <b>Lispb> <b>Programmingb> Resources
CMU's ftp server hosts this collection of files and programs which promise to be of general interest to <b>Commonb> <b>Lispb> programmers.
General <b>Lispb> <b>Programmingb> Resources - Join a user group, read FAQs, take a tutorial, and find companies using <b>Lispb> in their products.
Contains resources for the whole artificial intelligence area, but a large portion of these are <b>Lispb> related.
http://www.looksmart.com/eus1/eus317831/eus317876/eus53906/eus65714/eus83170/eus281314/r?l&   (236 words)

  
 XDR Binding to <b>LISPb> (ResearchIndex)
Abstract: We describe a binding of the XDR protocol to the <b>Commonb> <b>LISPb> <b>programmingb> language and the binding's routine's library implementation.
480 <b>Commonb> <b>LISPb>: The Language (context) - Jr - 1984 ACM
The implementation solves compatibility problems arising in the exchange of structured data between modules coded in different <b>programmingb> languages and/or hosted by computing environments with different hardware architectures.
http://citeseer.ist.psu.edu/133351.html   (358 words)

  
 CMUCL Home Page
CMUCL is a free implementation of the <b>Commonb> <b>Lispb> <b>programmingb> language which runs on most major Unix platforms.
<b>Commonb> <b>Lispb> is well suited to large <b>programmingb> projects and explorative <b>programmingb>.
an implementation of CLOS, the <b>Commonb> <b>Lispb> Object System, which includes multimethods and a metaobject protocol.
http://www.cons.org/cmucl   (283 words)

  
 CS W3101 (section 2): Introduction to <b>Programmingb> Languages - <b>LISPb>
The course will cover the basics of the <b>Commonb> <b>LISPb> <b>Programmingb> Language.
Intended only for those who are already fluent in at least one <b>programmingb> language.
This course is part of a group of courses under CS W3101.
http://www.cvn.columbia.edu/Courses/csw3101-02.html   (177 words)

  
 403 Manually selected <b>Lispb> <b>Programmingb> Language Resources
CBEL >> 403 <b>Lispb> <b>Programmingb> Language Computer technology sites, last updated on 25 September 2005
- Successful <b>Lispb>: How to Understand and Use C...
- NYU Natural Language Computing -- <b>LISPb> Tutorial
http://www.cbel.com/lisp_programming_language   (159 words)

  
 Franz Inc Products: Allegro CL
Allegro Prolog: A classic AI <b>programmingb> language in Allegro CL for Logic <b>Programmingb>, with an execution speed in excess of 1 Mlips and running essentially cons free
Experience the power of <b>Commonb> <b>Lispb> and Allegro CL technology.
<b>Lispb> RPC (Remote Procedure Call): Allows two <b>Lispb> applications to more easily communicate
http://www.franz.com/products/allegrocl   (681 words)

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