61. Guru.com - Freelance Lisp Programming At Guru.com, connect with thousands of professionals relating to your search freelance lisp programmingFree! home freelance lisp programming. http://www.guru.com/freelance-jobs.cfm/1624/freelance Lisp programming

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62. Programmer Docs For Slisp - Lisp Programming In Slisp lisp programming in Slisp. Most Once the basic structure of an slisp application is set up the rest is simply lisp programming. For http://sig.biostr.washington.edu/share/skandha4/html/slisp_3.html

Go to the first previous next last section, table of contents Lisp Programming in Slisp Most programmers will simply want to program in lisp, rather than create new primitive C functions. The simplest way to do this is to simply type the name of an slisp application installed at your site, in a shell. For example type sl, for the basic slisp application that contains the xlisp primitives. Of course, like any other Unix application, sl must be available from your PATH variable. Slisp (and Xlisp) uses an environment variable called XLPATH, which is a search path for loading lisp files. At our site this path is defined for all users (in applications installed in /usr/local/bin) to be /usr/local/xlisp, so any files in this directory can be loaded just by typing (LOAD-LIBRARY file) in the application. If you change XLPATH then the search path can be customized. For example, if init.lsp is present in the initial XLPATH then this file will always be loaded at startup, which you may not want. Instead if you set XLPATH to be mypath:$XLPATH, slisp will first search for files in mypath before it searches the original XLPATH. This means you can have your own init.lsp file which will be loaded instead of the system init.lsp file, or you can preferentially load custom copies of lsp files that are part of a larger system. In order to setup your own XLPATH look at the executable file for the application you are using. For the basic slisp application sl, this file is called sl, and is probably installed in /usr/local/bin. If not ask the person who installed slisp at your site.

63. Lisp Programming Language - InformationBlast lisp programming language Information Blast. lisp programming language. Lisp (which stands for LISt Processing ) is a programming http://www.informationblast.com/Lisp_programming_language.html

Lisp programming language Lisp is a family of computer programming languages with a long history. Developed first as an abstract notation for recursive functions , it later became the favored language of artificial intelligence research during the field's heyday in the and . Lisp languages are today used in a number of fields, from Web development to finance http://alu.cliki.net/Industry%20Application , and are also common in computer science education The name Lisp derives from "List Processing". Linked lists are one of Lisp languages' major data structures , and the same basic list operations work in all Lisp dialects. Other commonalities in Lisp dialects include dynamic typing , support for functional programming , and the ability to manipulate source code as data. Lisp languages also have an instantly-recognizable appearance. Program code is written using the same syntax as lists the parenthesized S-expression syntax. Every sub-expression in a program (or data structure) is set off with parentheses. This makes Lisp languages easy to parse , and also makes it simple to do metaprogramming creating programs which write other programs.

64. Symbolic Composer Going With The Flow with lisp programming. Before getting lisp programming is very easy once you get accustomed to it. New functions http://www.symboliccomposer.com/page_commonlisp.shtml

Using SCOM Symbolic Composer For Windows Symbolic Composer For OSX Download ... Contact USING SCOM: Speeding Up Your Music Composition Cycle Discovering What-if Composing Scenarios Boosting Existing Studio Hardware And Software Investments Going With The Flow with Lisp Programming ... Taking Advantages Of A Huge Compositional Knowledge Library In Collaboration With www.mracpublishing.com Going With The Flow with Lisp Programming Before getting into Symbolic Composer's function libraries, let's think about your style and how you would like it to evolve. Great composers certainly not just doodle with the keyboard, or tweak buttons on synthesizer panels, although that is very fun and you can find out incredible creative ideas that way. You can select now two paths: (a) record the results and call it a composition, (b) sit back, relax and reflect what you did, and how would you make it better. If you want to progress from stage (a) to stage (b) you need to focus on music structures. What might be the ideas behind your pre-compositional process? How would you express them? Welcome To Lisp Programming Symbolic Composer supports composing with a large predefined music algorithm library, but that is only one part of the solution. Symbolic Composer also includes industry-strength Common Lisp interpreter that lets you extend and customize the system. This means several important things:

65. Free Software Directory: LISP Programming Language FSF / UNESCO Free Software Directory. 3,162 packages indexed. Up . Top Software development Programming languages lisp programming language. http://gnuweb.binarycompass.org/directory/devel/prog/LISP_programming_language/

FSF UNESCO Free Software Directory 3,221 packages indexed Top Software development Programming languages LISP programming language ACDK - [LGPL] - 2003-07-01 Java-like C++ framework with scripting and distributed components - [The GNU General Public License, Version 2] - 2003-07-16 Programming language for modelling computer systems and proving properties of those models CLISP - [The GNU General Public License, Version 2] - 2004-06-03 ANSI Common Lisp compiler, debugger, and interpreter CMUCL - [PublicDomain] - 2004-04-05 Free implementation of Common Lisp Elib - [The GNU General Public License, Version 2] - 2002-02-28 Library of Emacs LISP functions Emacs Common Lisp - [The GNU General Public License, Version 2] - 2004-04-02 Common Lisp implementation for Emacs Garnet - [PublicDomain] - 2004-04-05 Graphical toolkit for Lisp GCL - [LGPL] - 2004-02-09 Compiler and interpreter for Common Lisp GOOPS - [The GNU General Public License, Version 2 or later] - 2002-01-24 Object-oriented extension to 'guile' Kawa - [Kawa] - 2004-06-08 Scheme and Emacs Lisp on a Java VM LISA - [LGPL] - 2004-04-05 Platform for developing Lisp-based Intelligent Software Agents Lush - [The GNU General Public License, Version 2 or later] - 2004-02-02

66. Lisp Programming Assignment lisp programming assignment. You must first download the lisp interpreter HERE Unzip the clisp interpreter. Read the HTML file clisp http://www.cs.olemiss.edu/~lawhead/lisp.html

Lisp Programming assignment You must first download the lisp interpreter HERE Unzip the clisp interpreter. Read the HTML file clisp.html provided in the document directory of the unzipped file to discover how to exit the interpreter. IMPORTANT!! PLEASE READ Some notes about this version of LISP. Lisp Exercise: HOMEWORK: For your homework do the following:(taken from Joshua Gluckham's online lisp class) Hand in a hard copy. ...No hand written pages please. 1. Write a LISP expression which extracts the symbol "C" form the list (A B (C) D). 2. Write a LISP expression which sets the symbol "X" to the list (1 2 3). 3. Assume "X" is a list of numbers. Write a LISP expression which adds the third and the fifth elements of "X". 4. Define, write and test a LISP function called "my-rotate" which takes a list and pops off the first element and moves it to the end of the list. 5. Define, write and test a LISP function called "my-rotate-n" which takes a list and a number n and performs the "my-rotate" operation n times. The LISP PRIMER Lisp Tutorial Common Lisp Hints Yet another Lisp Tutorial ... An Introduction to Lisp Last Updated on October 20, 1999 by

67. Assignment 1: Basic Lisp Programming Challenge Problems. (You must at least try to do them.) We talked about it, now you program it. Yes, write a Lisp quicksort function. http://www-stat.wharton.upenn.edu/~bob/stat540/assignment1.html

Assignment 1 As with all assignments, you need to submit your results as printed from Latex or another text processor that has comparable features. If you are not using Latex, let me know what you are using and describe why it is comparable. When the questions asks you to write a program, submit a listing of the program as well as evidence of it running (graphical, tabular). X_i/M are intended to be uniformly distributed on [0,1] and a and M are integer constants. Write a function which builds a random number generator. The function should take as arguments a, M, and the initial value (seed) x_0, and return a function Using your function, generate a sequence using a = 7 and M = 127 Using your program rather than that supplied in the exercise, do Exercise 2.13 (page 41) of Tierney. Modify our version of Newton's method (for finding the extreme point of a function) so that it has an optional iteration limit. This limit should terminate the function once an input number of iterations has occurred. Write a recursive program that is able to traverse any type of input list and count the number of atoms that the list holds, without using the function

68. The Art Of Lisp Programming 6 The Art of lisp programming. Example 61. A small Lisp program. (define middle-c 60) (define albans-row (0 3 7 11 2 5 9 1 4 6 http://pinhead.music.uiuc.edu/~hkt/nm/06/core.html

@import "../00/cm.css"; Navagation: Previous Contents Index Next The Art of Lisp Programming Example 6-1. A small Lisp program. define middle-c define albans-row define transpose-row row offset) ( loop for pc in row collect (+ pc offset))) Interaction 6-1. Using the program (transpose-row albans-row middle-c) (transpose-row '(0 2 5) 90) (transpose-row albans-row (random 80)) Interaction 6-2. Examples of numerical predicates. (number? 1) (number? '(1)) (even? 0) (odd? -2) Interaction 6-3. Examples of arithmetic relations. Interaction 6-4. Example arithmetic operators. Interaction 6-5. The list predicates. (list? 1) (list? '(1)) (null? '(1)) Interaction 6-6. List constructors. (list) (list 1 2 3) (list* 1 '(2 3)) Interaction 6-7. List accessors. (define my-notes '(a b c d e)) (first my-notes) (rest my-notes) (list-ref my-notes 0) (list-ref my-notes (random 5)) Interaction 6-8. List setting (list-set! my-notes 'f) my-notes Interaction 6-9. List setting (define my-notes '(a b c d e)) (length my-notes) (reverse my-notes) (append my-notes (reverse my-notes) my-notes) (member 'g my-notes) (member 'e my-notes) (position 'b my-notes) (position 'g my-notes) Interaction 6-10.

69. Kmi.open.ac.uk/courses/dmzx863.html 13 How can I improve my lisp programming style and coding 1-3 How can I improve my lisp programming style and coding efficiency? How to write large Lisp programs and improve lisp programming style. http://kmi.open.ac.uk/courses/dmzx863.html

70. Research In Natural Language Computing the details of Prolog and lisp programming. Three Books on the Natural Language Computing Project. For questions about the Lisp programs, contact Marc Schwarz. http://www.nyu.edu/pages/linguistics/ling.html

Universal Grammar in Prolog http://www.nyu.edu/pages/linguistics/ling.html Prof. Ray C. Dougherty New York University Linguistics Department GENERAL ... FIRST DOT Table of Contents Why Can't Humans Talk to a Computer In English? Our Basic Linguistic and Computational Concepts. Three Books on the Natural Language Computing Project. A Sample of the Hundreds of Figures on this Site. ... Tree Drawing and Pretty Printers If you have any comments about these pages, please let us know. Should we place more of these pages on line? Do you benefit from these pages? If you are a student at NYU, you may help in developing these pages, see the HTML Gesellschaft . Your ideas and comments will lead to modifications and improvements. Why Can't Humans Talk to a Computer in English? These pages house information about how to access data on the Internet to answer the following question under the stated assumptions: How can we program a computer so that we can interact with it in a natural language (English, Chinese, and so on) and not have to use an artificial language (Cobol, C. Fortran...)? What problems must we solve so that the tail will no longer wag the dog? We assume that the conceptual problems involved are answered by the theory of universal grammar of Noam Chomsky, and the technical problems are answered by non-procedural logical constraint-based languages like Prolog.

71. Lisp Programming Assignment CS 6390. lisp programming ASSIGNMENT. Due Tuesday, October 2. Symbol Tables. A symbol table (also called an association list or a state http://www.cc.gatech.edu/classes/AY2002/cs6390_fall/hw5-lisp/symt.html

CS 6390 LISP PROGRAMMING ASSIGNMENT Due: Tuesday, October 2 Symbol Tables A symbol table (also called an association list or a state vector or an environment ) is a mechanism for keeping track of the attributes of symbols (also called identifiers or variables ). For example, a compiler uses a symbol table to keep track of type information, obtained when a declaration is parsed, in order to check the types of subsequent expressions and to generate efficient code. Interpreters also use symbol tables to track of type information, but, more importantly, interpreters need to keep track of the actual value currently associated with a given variable name. This is often called a binding between the variable and its value. For the purposes of this exercise, we will be concerned with this type of symbol table. Block Structure As we saw with Algol, a block is a compound statement in which new declarations can be made. This normally does not pose a problem for symbol tables, except when a declaration occurs in an inner block for a symbol which has already been declared in an outer one. In this case, the inner declaration is said to hide or shadow the outer one.

72. Lisp Programming Assignment CS 6390. lisp programming ASSIGNMENT. Due Tuesday, October 7. Symbol Tables. A symbol table (also called an association list, state http://www.cc.gatech.edu/classes/AY2004/cs6390_fall/hw/symt.html

CS 6390 LISP PROGRAMMING ASSIGNMENT Due: Tuesday, October 7 Symbol Tables A symbol table (also called an association list state vector context or an environment ) is a mechanism for keeping track of the attributes of symbols (also called identifiers or variables ). For example, a compiler uses a symbol table to keep track of type information, obtained when a declaration is parsed, in order to check the types of subsequent expressions and to generate efficient code. Interpreters also use symbol tables to track of type information, but, more importantly, interpreters need to keep track of the actual value currently associated with a given variable name. This is often called a binding between the variable and its value. For the purposes of this exercise, we will be concerned with this type of symbol table. Block Structure As we saw with Algol, a block is a compound statement in which new declarations can be made. This normally does not pose a problem for symbol tables, except when a declaration occurs in an inner block for a symbol which has already been declared in an outer one. In this case, the inner declaration is said to hide or shadow the outer one.

73. Acquisition Of LISP Programming Skills http://tecfa.unige.ch/~jermann/staf15/lispand.html

Staf-15 Fiche de lecture Acquisition of LISP Programming Skill Un modèle behavioriste de l'apprentissage Nous avons à faire ici à un modèle behavioriste de l'apprentissage qui postule qu'une compétence est décomposable en éléments minimaux et que la loi de l'exercice (Thorndike) explique l'apprentissage et l'automatisation d'un comportement. La seule différence entre l'élève d'Anderson et un pigeon auquel on ferait apprendre une séquence comportementale par modelage, est que le premier peut apprendre les briques de savoir-faire indépendament les unes des autres alors que le pigeon doit être conditionné en suivant exactement la séquence comportementale souhaitée. Le renforcement est direct pour le pigeon, - on lui donne de la nourriture à chaque ébauche de comportement qui va dans le sens souhaité - , indirect pour l'élève, - en apprenant LISP il réussira ses examen et sera promis à une brillante carrière. La méthode d'enseignement utilisée par Anderson consiste à établir un modèle de l'élève "idéal" qui contient et sait appliquer les règles de production que les auteurs veulent enseigner. Des problèmes de programmation sont posés à l'élève par l'intermédiaire du LISP Tutor, un programme d'enseignement LISP. On compare alors chaque réponse de l'élève au chemin de résolution produit par le modèle et on fait rectifier chaque divergence entre le modèle et l'élève. La boucle d'interaction tuteur-élève se déroule comme suit: le tuteur présente un objectif en positionnant le curseur sur un élément de code dans une déclaration de fonction, l'élève tape sa réponse, le tuteur évalue la réponse et finalement répond de manière adaptée.

74. Programming In Emacs Lisp: Programming In Emacs Lisp Programming in Emacs Lisp. This is an introduction to Programming in Emacs Lisp , for people who are not programmers. This master http://jamesthornton.com/gnu/emacs-lisp-intro/

James Thornton Search: jamesthornton.com the web Internet Business Consultant JamesThornton.com Documentation GNU One Page Top Contents Index Programming in Emacs Lisp This is an introduction to Programming in Emacs Lisp , for people who are not programmers. This master menu first lists each chapter and index; then it lists every node in every chapter. Preface What to look for. 1. List Processing What is Lisp? 2. Practicing Evaluation Running several programs. 3. How To Write Function Definitions How to write function definitions. 4. A Few BufferRelated Functions Exploring a few buffer-related functions. 5. A Few More Complex Functions A few, even more complex functions. 6. Narrowing and Widening Restricting your and Emacs attention to a region. car cdr cons : Fundamental Functions Fundamental functions in Lisp. 8. Cutting and Storing Text Removing text and saving it. 9. How Lists are Implemented How lists are implemented in the computer. 10. Yanking Text Back Pasting stored text. 11. Loops and Recursion How to repeat a process. 12. Regular Expression Searches

75. Lisp Programming Interface Chapter 52. lisp programming Interface. pg.el is a socketlevel interface to Postgres for emacs. Author Written by Eric Marsden on 21 Jul 1999. http://www.cs.mu.oz.au/pgsql-docs/lisp.htm

PostgreSQL Prev Next Chapter 52. Lisp Programming Interface pg.el is a socket-level interface to Postgres for emacs. Author: Written by Eric Marsden on 21 Jul 1999. pg.el is a socket-level interface to Postgres for emacs (text editor extraordinaire). The module is capable of type coercions from a range of SQL types to the equivalent Emacs Lisp type. It currently supports neither crypt or Kerberos authentication, nor large objects. The code (version 0.2) is available under GNU GPL from http://www.chez.com/emarsden/downloads/pg.el Changes since last release: added functions to provide database metainformation (list of databases, of tables, of columns) arguments to `pg:result' are now :keywords MULE-resistant more self-testing code Please note that this is a programmer's API, and doesn't provide any form of user interface. Example: Prev Home Next Further Reading Up Developer's Guide

76. Lisp Programming Project 2003 by Ute Schmid lisp programming Project. Part After some initial introduction, students should start programming in Lisp. They http://www.vorlesungen.uos.de/informatik/fp02/project/project.html

2003 by Ute Schmid Lisp Programming Project Part of the Lecture " Functional Programming ", Winter Term 02/03 Ute Schmid Computer Science Group Project Objectives In the first part of the course "Functional Programming" (October to December 2002), we learned the basic concepts of functional programmming and got practice in writing ML programs during weekly homework assigments. The rest of the course was realized as programming project with the following objectives: After some initial introduction, students should start programming in Lisp . They should make the experience that having learned the concepts of functional programming languages and having experience in one language (ML) facilitates learning a second language within the same language class. Furthermore, the cognitive science students got a chance to learn one of the classic AI programming languages. After some initial programming experience by solving small weekly programming assigments, a larger programming project should be realized. Realizing a larger project needs some additional skills besides programming: Structuring a complex problem and dividing it in smaller parts, distributing problems to be solved between different people and coordinating the input/output interfaces of these programs. Finally, students should learn by example about how research in AI can be conducted: As an interesting topic we selected

77. Brandon Sanders' Lisp Programming Links Brandon s lisp programming Link(s). An Introduction to Common Lisp An interactive introduction to Lisp Back to Brandon s Programming Links. http://www.cs.rochester.edu/~sanders/prog/lisp.html

Brandon's Lisp Programming Link(s) An Introduction to Common Lisp An interactive introduction to Lisp Back to Brandon's Programming Links Email: sanders@cs.rochester.edu Last change: 9/6/98 URCS Home Page

78. Topic: Lang/lisp/ Common lisp programming for Artificial Intelligence AddisonWesley, 1989. The Art of lisp programming Springer-Verlag, 1989. 169 pages. W. Richard Stark. http://www.cs.cmu.edu/afs/cs.cmu.edu/project/ai-repository/ai/lang/lisp/0.html

CMU Artificial Intelligence Repository CMU Common Lisp Repository lang/lisp/ bookcode/ Machine readable parts of various Lisp books code/ Lisp code for benchmarking, research, education, and fun doc/ Documentation, including standards and proposals faq/ Lisp and CLOS FAQs: Frequently Asked Questions (FAQ) postings for comp.lang.lisp and comp.lang.clos newsgroups gui/ Graphical User Interfaces (GUI) for Lisp and other graphics code. impl/ Free/Shareware Common Lisp implementations lisp/ Lisp Newsgroup Archives oop/ OOP: Code related to object-oriented programming. txt/ Online Lisp-related tech reports and papers. util/ Utilities for programming in Lisp. Origin: ftp.cs.cmu.edu:user/ai/lang/lisp/ [128.2.206.173] Author(s): Maintained by Mark Kantrowitz . Contact: lisp-utilities-request@cs.cmu.edu Keywords: Lisp, Programming Languages!Lisp Last Web update on Mon Feb 13 10:32:49 1995 AI.Repository@cs.cmu.edu

79. CSE3394: LISP Programming CSE3394. lisp programming (6 points). (IT). Offered Not offered in 2004. Synopsis Introduction to LISP and the functional programming language paradigm. http://www.monash.edu.au/pubs/2004handbooks/units/CSE3394.html

Monash Handbooks Index by unit code Index by unit name Units by faculty LISP programming (6 points) IT Leader: TBA Offered: Not offered in 2004. Synopsis: Introduction to LISP and the functional programming language paradigm. Topics include the LISP interpreter, s-expressions, functions and symbols; list construction and manipulation, LISP library functions, user-defined functions, formal parameters, free and bound symbols, global variables, scope; predicates, conditionals and logical operators; recursion, structured iteration; property lists; control over evaluation and function application; I/O; debugging; macros; packages; system functions; LISP compilation; lambda expressions; and how lambda calculus is the basis for functional programming; use of Emacs (a LISP-based editor). Assessment: Practical examination (3 hours): 100% Contact Hours: One 1-hour lecture or tutorial per week Prerequisites: or CSC1030 or equivalent Prohibitions: Monash University Monash Handbooks Index by unit code Index by unit name ... Australian Government Requirements for International Students - CRICOS Provider Number: 00008C Caution Privacy Monash University ABN 12 377 614 012

80. CSE2394: LISP Programming CSE2394. lisp programming (3 points). (IT). Offered Not offered in 2004. Synopsis Introduction to LISP and the functional programming language paradigm. http://www.monash.edu.au/pubs/2004handbooks/units/CSE2394.html

Monash Handbooks Index by unit code Index by unit name Units by faculty LISP programming (3 points) IT Leader: TBA Offered: Not offered in 2004. Synopsis: Introduction to LISP and the functional programming language paradigm. The subject covers the LISP interpreter, s-expressions, functions and symbols; list construction and manipulation, LISP library functions, user-defined functions, formal parameters, free and bound symbols, global variables, scope; predicates, conditionals and logical operators; recursion, structured iteration; property lists; control over evaluation and function application; I/O; debugging; macros; packages; system functions; LISP compilation. Assessment: Practical examination (3 hours): 100% Contact Hours: One 1-hour lecture or tutorial per week Prerequisites: or CSC1030 or equivalent Prohibitions: Monash University Monash Handbooks Index by unit code Index by unit name ... Australian Government Requirements for International Students - CRICOS Provider Number: 00008C Caution Privacy Monash University ABN 12 377 614 012

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