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Topic: Haskell <b>programming<



  
 <b>Haskellb> programming language - Wikipedia, the free encyclopedia
<b>Haskellb> is a standardized pure functional programming language with non-strict semantics named after the logician <b>Haskellb> Curry.
This is an instance of lazy evaluation and an important part of <b>Haskellb> programming.
The language is, as of 2002, the lazy functional language on which the most research is being performed.
http://en.wikipedia.org/wiki/Haskell_programming_language   (1575 words)

  
 Programming language
Use of these terms is often a matter of perspective, much in the way that an assembly language programmer would consider C programming language to be a High-level programming language while a Java programming language programmer would consider C programming language to be a Low-level programming language.
Programming languages are not error tolerant; however, the burden of recognising and using the special vocabulary is reduced by help messages generated by the programming language implementation.There are a few languages which offer a high degree of freedom in allowing self-modification in which a program re-writes parts of itself to handle new cases.
Most mainstream statically typed languages, such as C programming language, C Plus Plus, Java programming language, Delphi programming language and C Sharp programming language, require all types to be specified explicitly; advocates argue that this makes the program easier to understand, detractors object to the verbosity it produces.
http://www.1stcustomsoftware.com/Programming_language-498.html   (1855 words)

  
 <b>Haskellb>: Influences
Mercury is a logic programming language that begun development in 1995 and attempts to combine "the clarity and expressiveness of declarative programming with advanced static analysis and error detection features" and in doing so uses <b>Haskellb>’s type system.
The <b>Haskellb> programming language’s biggest influence on Gödel is its syntax which can be seen in the example code here.
Goffin is an extension to <b>Haskellb> which allows for the programmer to specify the co-ordination portion of parallel and distributed programs without ruining the semantics and referential transparency of <b>Haskellb>.
http://www.bath.ac.uk/~cs3nb/Prog4/Whatitinfluenced.html   (1211 words)

  
 Introduction - HaskellWiki
The language is named for <b>Haskellb> Brooks Curry, whose work in mathematical logic serves as a foundation for functional languages.
The language in which the engineers describe their design is functional, and it uses lazy evaluation extensively to avoid recomputing parts of the design which are not currently visible on the screen.
O2Query is probably the most sophisticated commercially-available object-oriented database query language and it is a functional language.
http://www.haskell.org/haskellwiki/Introduction   (2702 words)

  
 BBC - h2g2 - <b>Haskellb> - a Functional Programming Language
<b>Haskellb> is a functional programming language named after <b>Haskellb> Curry, the developer of the lambda calculus upon which the language is based.
<b>Haskellb> is one of the very few pure functional programming languages.
<b>Haskellb>'s polymorphic types allow a vaguely similar thing to occur, in that functions do not have to be declared with a particular type, but can have the types filled in at run time.
http://www.bbc.co.uk/dna/h2g2/A587658   (2805 words)

  
 <b>Haskellb> - HaskellWiki
<b>Haskellb> is a general purpose, purely functional programming language.
<b>Haskellb> compilers are freely available for almost any computer.
SXML is embedded directly in <b>Haskellb>, with an open and extensible set of `tags'.
http://www.haskell.org   (366 words)

  
 Generic <b>Haskellb> - a language for generic programming
Generic <b>Haskellb> is an extension of the functional programming language <b>Haskellb> that supports generic programming.
Generic <b>Haskellb> - a language for generic programming
Generic <b>Haskellb> was developed in the context of an NWO-funded project, the description of which can be found here.
http://www.cs.uu.nl/research/projects/generic-haskell   (56 words)

  
 FAQ for comp.lang.functional
Mercury is a logic/functional programming language, which combines the clarity and expressiveness of declarative programming with advanced static analysis and error detection facilities.
Scheme is often used in computer science curricula and programming language research, due to its ability to simply represent many programming abstractions.
Some of the languages have multiple versions with different classifications (see the language overviews for further details), but for simplicity only the most common version of each language is considered in the table.
http://www.cs.nott.ac.uk/~gmh/faq.html   (5780 words)

  
 Beginning with the <b>Haskellb> Programming Language
<b>Haskellb> is just one of a number of functional programming languages.
This is partly due to the concise syntax of <b>Haskellb>, but a greater reason is because of the emphasis in functional programming of breaking down problems into their component parts (rather than just sort of "doing what needs to be done" at each point in an imperative program).
Many users of imperative languages have given little thought to what it means to program in an imperative (also called "procedural") language, and some will be unaware that other paradigms of programming exist at all.
http://gnosis.cx/publish/programming/Haskell.xml   (4847 words)

  
 Citations: Report on the programming language <b>Haskellb> - Peterson, Hammond (ResearchIndex)
Report on the programming language <b>haskellb>, version 1.4.
Report on the programming language <b>Haskellb> (version 1.3).
We assume familiarity with the motivation for monads and their use in structuring functional programs, and also familiarity with constructor classes; Wadler [7, 6] provides an introduction to the former and Jones to the latter [1] All examples are given in <b>Haskellb> 1.
http://citeseer.ist.psu.edu/context/251970/0   (2025 words)

  
 COM2010 Functional Programming
This half-module introduces the <b>Haskellb> functional programming language.
Functional programming is important for Computer Science in general, allowing the design of simple, elegant programs that are provably correct.
Practical work will develop the ability to define recursive algorithms to solve problems and design <b>Haskellb> programs to implement these algorithms.
http://www.dcs.shef.ac.uk/intranet/teaching/modules/level2/com2010.html   (484 words)

  
 Florida Tech, CS: Functional Programming (Fall 2005)
Since there is litte exposure to functional languages in the usual curriculum, it is impossible to effectlively comparing comprare programming in a functional language with programming in an imperative language.
This is a course about programming in functional languages.
Students are expected to know how to program in an imperative language like Java, Ada or Pascal, and to know about algorithms and data structures.
http://www.cs.fit.edu/~ryan/fun   (442 words)

  
 Declarative Programming I (JMC) - Course Details - Computing - Imperial College London
This course aims to teach the fundamentals of programming and problem solving through the use of the very high-level functional programming language <b>Haskellb>.
By the end of the course the student should have a complete knowledge of the <b>Haskellb> programming language and the ability to write functional programmes.
The emphasis is on the use of abstraction to simplify the programming task.
http://www.doc.ic.ac.uk/teaching/coursedetails/124   (254 words)

  
 Lightweight Languages 2003 Abstracts
Many programming languages commonly used for interactive Web programming do not help the programmer to solve her problems.
Bluespec incorporates high-level programming features such as polymorphism, first-class objects and higher-order functions, in a way that avoids the "synthesizability barrier" faced by other "behavioral synthesis" approaches.
WASH/CGI is a family of four lightweight languages specifically designed to tackle the different aspects of interactive Web programming with greater ease by dealing with such problems internally instead of putting all the burden on the programmer.
http://ll3.ai.mit.edu/abstracts.html   (1131 words)

  
 Microsoft Licenses <b>Haskellb>
After evaluating many programming languages, the team settled on <b>Haskellb> as being the best alternative to Java.
The team leader, Conal Elliott, asserts that due to the elegance and expressiveness of <b>Haskellb>, his team was able to completely duplicate the work being done with Java using only a tenth of the manpower.
In a project that has been kept under wraps ever since the initial adoption of Java, a team of Microsoft researchers has prepared an alternative programming language for use in case of a serious dispute with Sun over the future of the Java language.
http://www-i2.informatik.rwth-aachen.de/Haskell/humor/press.html   (636 words)

  
 <b>Haskellb> Prime - Trac
The <b>Haskellb> programming language is more-or-less divided into two "branches".
We will strive to only include tried-and-true language features, and to define them at least as rigorously as <b>Haskellb> 98 was defined.
A lot of progress has been made over the last few years in the "research" branch of the <b>Haskellb> language.
http://hackage.haskell.org/trac/haskell-prime   (353 words)

  
 <b>Haskellb> definition of <b>Haskellb> in computing dictionary - by the Free Online Dictionary, Thesaurus and Encyclopedia.
<b>Haskellb> - (Named after the logician <b>Haskellb> Curry) A lazy purely functional language largely derived from Miranda but with several extensions.
<b>Haskellb> was designed by a committee from the functional programming community in April 1990.
<b>Haskellb> 1.3 added many new features, including monadic I/O, standard libraries, constructor classes, labeled fields in datatypes, strictness annotations, an improved module system, and many changes to the Prelude.
http://computing-dictionary.thefreedictionary.com/Haskell   (240 words)

  
 Generic <b>Haskellb> project introduction
Since datatypes often change and new datatypes are introduced, we have developed Polyp, an extension of the functional programming language <b>Haskellb> that supports defining polytypic functions.
Examples of generic (or polytypic) functionality defined on almost all datatypes are storing a value in a database, editing a value, comparing two values for equality, pretty-printing a value, etc. A function that works on many datatypes is called a polytypic function.
Practical examples of generic programs have been given by Hinze, and Jansson and Jeuring.
http://www.cs.uu.nl/research/projects/generic-haskell/project-introduction.html   (301 words)

  
 PURe Project
The purpose of the project is to translate VDM code into <b>Haskellb> code integrating this functionality in the VooDooM project.
The Camila project explores how concepts from the VDM specification language and the functional programming language <b>Haskellb> can be combined.
The contribution of this project will be translate VDM to <b>Haskellb>, first by translating data types, and then functions and operations.
http://wiki.di.uminho.pt/wiki/bin/rdiff/Pure/CAMILA   (1416 words)

  
 Hexapedia - Functional languages
This category lists programming languages that adhere to the functional programming paradigm.
Categories: Programming languages Declarative programming languages Functional programming Parallel functional language
http://functional_languages.en.hexafind.com   (52 words)

  
 Standard Libraries for the <b>Haskellb> 98 Programming Language - Jones, Hughes (ResearchIndex)
Standard libraries for the <b>Haskellb> 98 programming language, February 1999.
Standard Libraries for the <b>Haskellb> 98 Programming Language (1999)
3: Report on the programming language <b>Haskellb> (context) - Hudak, Jones et al.
http://citeseer.ist.psu.edu/251620.html   (285 words)

  
 hugs.html
Report on the Programming Language <b>Haskellb> 98, A Non-strict Purely Functional Language, February 1999.
Standard libraries for the <b>Haskellb> 98 programming language, February 1999.
In International Conference on Functional Programming Languages and Computer Architecture, pages 160--169, June 1995.
http://cvs.haskell.org/Hugs/pages/hugsman/hugs.html   (121 words)

  
 DDJ > SP 94: The Dylan Programming Language
Function descriptions have been written to resemble that of the <b>Haskellb> programming language.
Dylan was developed from the language Scheme, augmented with the Common-Lisp Object System (CLOS).
Dylan, an object-oriented dynamic language developed by Apple Computer, is designed to replace existing static languages for the development of large software systems, yet remains small and efficient enough for the next generation of portable computers.
http://www.ddj.com/documents/s=1009/ddj9415h/9415h.htm   (684 words)

  
 Books!
<b>Haskellb> is the least-broken programming language available today.
It assumes more knowledge than Beginning Linux Programming but is a lot more useful as a reference.
buy from Amazon) is the canonical guide to programming UNIX and just about everything it has to say will apply to Linux as well.
http://ometer.com/books.html   (599 words)

  
 hugs : An interpreter for the functional programming language <b>Haskellb> 98
An interpreter for the functional programming language <b>Haskellb> 98
hugs: An interpreter for the functional programming language <b>Haskellb> 98
Hugs 98 is a functional programming system based on <b>Haskellb> 98, the de facto standard for non-strict functional programming languages.
http://www.usinglinux.org/lang/hugs.html   (117 words)

  
 Olle Jonsson’s Morningstar » Programming in <b>Haskellb>
The book Programming in <b>Haskellb> has a few rather informative and thought-provoking Powerpoint slides up.
The problem can be formulated thusly: <b>Haskellb> is a side-effect-less language, a purely functional language.
» Gilad Bracha: Computational Theology : Weblog People that know me are aware that I don?t regard the Java programming language as the be-all and end-all of programming languages.
http://olle.ter.dk/blog?p=143   (533 words)

  
 <b>Haskellb> Modules
This paper presents a formal specification of the module system for the functional programming language <b>Haskellb>.
As a result, some aspects of it are not well understood or are under-specified; this causes difficulties in reasoning about <b>Haskellb> programs, and leads to practical problems such as inconsistencies between different implementations.
Although many aspects of <b>Haskellb> have been subjected to formal analysis, the module system has, to date, been described only informally as part of the <b>Haskellb> language report.
http://www.cse.ogi.edu/~diatchki/hsmod   (167 words)

  
 Software Workshop <b>Haskellb>
The purpose of this module is to present the basic ideas of the pure functional programming language <b>Haskellb>, to demonstrate the main elements of good programming style and to illustrate some of the used and applications of <b>Haskellb>.
<b>Haskellb>: various implementations (Gofer, HUGS98 and others); the HUGS98 system; system commands; sessions and scripts; fundamental ideas (higher-order functions, currying, uncurrying, sections, function composition, recursion, local definitions, Landin's off-side rule); programming style; literate scripts; the standard prelude; type systems; qualified types.
Programming techniques: executable specifications; program transformation; source reduction; partial evaluation; accumulating parameters; tupling; memoisation or tabulation; divide-and-conquer functions; continuations.
http://www.cs.bham.ac.uk/resources/modules/2001/syls/syl-11582.html   (612 words)

  
 <b>Haskellb> - Languages - Programming - Computers - WoList.com - Everything you want to know about <b>Haskellb> is on this site!
<b>Haskellb> - Languages - Programming - Computers - WoList.com - Everything you want to know about <b>Haskellb> is on this site!
Provides a constantly-growing bibliography of papers, and theses, on research related to the <b>Haskellb> programming language.
Repository for information on the lazy functional programming language <b>Haskellb>: Descriptions, documents, history, news, HaWiki, software (libraries, tools), humor, merchandise, and links.
http://www.wolist.com/wo/computers/programming/languages/haskell   (90 words)

  
 Open Directory - Computers: Programming: Languages
An Introduction to Programming Languages - A page for people who know one language and are wondering about learning another.
Lambda the Ultimate - Programming Languages Weblog with news and discussion.
PLNews: Programming Language News - News, articles, announcements and information focusing on programming languages.
http://dmoz.org/Computers/Programming/Languages   (124 words)

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