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         Curry Haskell:     more books (32)
  1. Foundations of Mathematical Logic by Haskell B. Curry, 2010-11-18
  2. Theory of Formal Deducibility by Haskell Brooks Curry, 1957-06
  3. Outlines of a Formalist Philosophy of Mathematics (Study in Logic & Mathematics) by Haskell B. Curry, 1970-04
  4. Personnalité En Informatique Théorique: John Von Neumann, Alan Turing, Donald Knuth, Kurt Gödel, Claude Shannon, Haskell Curry, Seymour Papert (French Edition)
  5. American Logicians: Alonzo Church, Charles Sanders Peirce, Raymond Smullyan, Haskell Curry, George Boolos, Clarence Irving Lewis, John Corcoran
  6. Pennsylvania State University Faculty: Roger Penrose, Haskell Curry, Theodore Roethke, Sarvadaman Chowla, Ron Larson, Joseph Heller
  7. Philosophers of Mathematics: Ludwig Wittgenstein, Bertrand Russell, George Lakoff, Gottlob Frege, Imre Lakatos, Haskell Curry, Hilary Putnam
  8. Outlines of a Formalist Philosophy of Mathematics by Haskell Curry, 1951-01-01
  9. Foudations of Mathematical Logic by Haskell Curry, 1963-01-01
  10. Studies in Logic and the Foundations of Mathematics, Volume 1-Combinatory Logic by Haskell B.; Feys, Robert; Craig, William Curry, 1958-01-01
  11. A theory of Formal Deducibility by Haskell Curry, 1950-01-01
  12. Foundation of Mathematical Logic by Haskell B. Curry, 1963
  13. Theory of Formal Deductibility. by Haskell B. Curry, 1966
  14. Hochschullehrer (Penn State): John Barth, Paul Davidson, Thomas Rogers, Haskell Brooks Curry, Boris Weisfeiler, Sarvadaman Chowla (German Edition)

61. [Haskell] WCFLP 2005: Call For Participation
Translating curry To haskell. 17.00 Emilio Gallego and Julio Marino. An Overview of the Sloth2005 curry System. 1730 Individual system demonstrations,
http://www.opensubscriber.com/message/haskell@haskell.org/1865282.html
Newsgroup haskell@haskell.org Subject [Haskell] WCFLP 2005: Call for Participation Time Wed 03 Aug 2005 05:50 PM GMT +0800 Sender Michael Hanus CALL FOR PARTICIPATION WCFLP 2005 International Workshop on Curry and Functional Logic Programming An ACM SIGPLAN sponsored workshop at ICFP 2005 Tallinn, Estonia September 29, 2005 WWW: http://www.informatik.uni-kiel.de/~mh/wcflp2005 The aim of this workshop is to bring together researchers interested in Curry, related functional logic languages, and general aspects of integrating declarative programming paradigms. It promotes the cross-fertilizing exchange of ideas and experiences among researches and students from the different communities interested in the foundations, applications, and combinations of high-level, declarative programming languages and related areas. REGISTRATION Registration for the workshop is through the TFP/ICFP/GPCE site: http://www.cs.ioc.ee/tfp-icfp-gpce05/ PROGRAMME 9.15: Opening

62. The MIST Group
Formal techniques and tools for declarative languages (curry, haskell, Prolog, etc), eg, analysis, verification, transformation, partial evaluation,
http://www.dsic.upv.es/users/elp/german/mist/
The MIST group
(MultI-paradigm Software Technology)
Multi-paradigm (functional logic) programming aims to amalgamate the most important declarative programming paradigms, namely functional programming and logic programming . In comparison with pure functional languages (like Haskell ), functional logic languages have more expressive power due to the availability of features like function inversion, partial data structures, existential variables, and non-deterministic search. In comparison with pure logic languages (like Prolog ), functional logic languages have a more efficient operational behavior since functions provide for more efficient evaluation strategies (lazy evaluation, deterministic reductions) than predicates. Curry is a universal programming language that covers the most important operational principles developed in the area of integrated functional logic languages: residuation and narrowing. It combines in a seamless way features from functional, logic and concurrent programming. The development of Curry is an international initiative intended to provide a common platform for research, teaching and application of declarative multi-paradigm languages. Despite widespread interest in declarative multi-paradigm programming, there are still objections to their overall performances. This is because generally multi-paradigm languages have a higher execution cost than imperative languages, requiring more processing power and memory. Therefore, optimizations towards a more efficient execution of functional logic programs are significant in daily practice. On the other hand, existing (declarative) systems are generally not adaptable to changing requirements, are difficult to use for non-experts and, often, they do not scale up well to "real" problems. In order to overcome these limitations, our group is focused on the following topics:

63. Haskell Definition Of Haskell In Computing Dictionary - By The Free Online Dicti
(language), haskell (Named after the logician haskell curry) A lazy purely functional language largely derived from Miranda but with several extensions.
http://computing-dictionary.thefreedictionary.com/Haskell
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Cite / link Email Feedback (language) Haskell - (Named after the logician Haskell Curry ) A lazy purely functional language largely derived from Miranda but with several extensions. Haskell was designed by a committee from the functional programming community in April 1990. It features static polymorphic typing, higher-order function s, user-defined algebraic data type s, and pattern-matching list comprehension s. Innovations include a class system, systematic operator overloading , a functional I/O system, functional arrays, and separate compilation. Haskell 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.

64. Haskell Curry Definition Of Haskell Curry In Computing Dictionary - By The Free
The Factasia Omniography Ccurry58 curry, haskell B., Feys, Robert; Combinatory Logic, Volume I; curry72 curry, haskell B., Hindley, J.Roger, Seldin, Jonathan P.;
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Cite / link Email Feedback (person) Haskell Curry - Haskell Brooks Curry (1900-09-12 - 1982-09-01). The logician who re-invented and developed combinatory logic The functional programming language Haskell was named after him. Biography Mentioned in No references found Computing browser Full browser hash table hash total hash value hashing ... Haskell B Haskell Curry Haskell User's Gofer System HASL HASP hat ... Haskell County, TX Haskell Curry Haskell Free Library and Opera House Haskell Indian Nations University Haskell language Haskell Oriental Museum ... Haskovo Word (phrase): Word Starts with Ends with Definition Free Tools: For surfers: Browser extension Word of the Day NEW!

65. Report On Curry
curry An Integrated Functional Logic Language (Version 0.8 of April 15, 2003) Changes to the previous version syntax made compatible with haskell
http://www.informatik.uni-kiel.de/~mh/curry/report.html
Report on Curry
Since the design and implementation of Curry is under development, the language definition contained in the report should be considered as preliminary in various aspects. Nevertheless, the report is the main reference on Curry so that implementations of Curry should refer to this report to explain restrictions or differences. If you are interested in a general introduction to programming in Curry , please look at the tutorial on Curry Here you can also find a Java applet for showing syntax diagrams for Curry which can be easily traversed by clicking on the corresponding grammar symbols.
  • Curry: An Integrated Functional Logic Language Version 0.8 of April 15, 2003
    This is the current report describing the language Curry Available as ps ps.gz pdf Changes to the previous version:
    • Sect. 2.3: Rules with multiple guards must contain Boolean guards, i.e., multiple guards of type Success are no longer allowed.
    • Sect. 5 on expressions introduced and new subsection on case expressions added.
    • Appendix B (Prelude): Functions sequenceIO mapIO added.

66. Curry Mailing List: Re: Curry's Constraint Syntax
If curry wants to stay compatible with haskell, there is a problem with curry s constraint syntax and haskell s labeled updates
http://www.informatik.uni-kiel.de/~mh/curry/listarchive/0090.html
Re: Curry's Constraint Syntax
From: Michael Hanus ( hanus@informatik.rwth-aachen.de
Date: Tue Feb 10 1998 - 16:10:23 MET Sven Panne wrote:
Thanks for the hint. It seems that Haskell has occupied
all interesting syntactic constructions related to equality
so that it is difficult to add nicely readable new ones.
Currently, I would like to delay a solution to this problem
since at the current stage it is clear that Curry cannot
be fully compatible with Haskell (also because Haskell is still
evolving). For instance, remember the problem of non-uniform
rules which are allowed in Haskell but make no sense if logic
programming techniques are used. A solution to this incompatibility is a program transformation which adds some negative conditions to rules. In the same way, one could think of a transformation

67. A Brief History Of Functional Programming
functional language haskell, named after the logician haskell B. curry. haskell has all the modern functional language features such as higherorder
http://www.cs.princeton.edu/~gtan/historyOfFP/historyOfFP.html

68. The Haskell 98 Report: Preface
haskell B. curry and Robert Feys. in the Preface to Combinatory Logic 2, language called haskell , named after the logician haskell B. curry whose
http://www.informatik.uni-freiburg.de/~thiemann/haskell/haskell98-report-html/pr
The Haskell 98 Report
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next contents function index
Preface Some half dozen persons have written technically on combinatory logic, and most of these, including ourselves, have published something erroneous. Since some of our fellow sinners are among the most careful and competent logicians on the contemporary scene, we regard this as evidence that the subject is refractory. Thus fullness of exposition is necessary for accuracy; and excessive condensation would be false economy here, even more than it is ordinarily. Haskell B. Curry and Robert Feys in the Preface to Combinatory Logic ], May 31, 1956
Goals
The committee's primary goal was to design a language that satisfied these constraints:
  • It should be suitable for teaching, research, and applications, including building large systems.
  • It should be completely described via the publication of a formal syntax and semantics.
  • It should be freely available. Anyone should be permitted to implement the language and distribute it to whomever they please.
  • It should be based on ideas that enjoy a wide consensus.
  • 69. Algorithms: A Functional Programming Approach - $64.09
    functional language standard, named after the logician haskell B. curry. haskell is purely functional, uses lazy evaluation and incorporates most of the
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    70. My Impression Of The Haskell Road To Logic, Maths And Programming - The Haskell
    I also like to put forth my ideas in my blog and here on haskell and ask stumbled upon the curryHoward isomorphism. The curry-Howard isomorphism is
    http://sequence.complete.org/node/42
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    71. Custom Curry
    haskell curry 1 Playing haskell) is in my understanding the act of deriving a and of course we may curry the process of interp currying}
    http://wiki.tcl.tk/2882
    Custom curry
    Richard Suchenwirth Currying (named after the founder of combinatory logic, Haskell Curry [ Playing Haskell ) is in my understanding the act of deriving a function from another by adding one or more constant arguments. For instance, we can specialize the following general two-operand multiplier into a "doubler" that multipies its single argument by 2: If all added arguments come before the "real" variables (in the last example, the order of the arguments can be swapped), we can easily use Tcl's interp alias command that does the same effect more efficiently, and saves one level in the call stack:
    • a proc body consists of a single command with other args than of the proc
    • an interp alias has more than four arguments
    We can use currying to factor out frequent calls or parts thereof, which might include assignment to a variable: German plurals English plurals Discussion: The "curry" names are defined directly before use, which increases readability. They are however never undefined and thus may clutter the current interpreter. A cleaner solution would be to arrange for their destruction on leaving of this proc (see Local procedures for an analog example).

    72. FAQ For Comp.lang.functional
    Combinatory logic , haskell B. curry and Robert Feys, NorthHolland, 1958. This work also contains many references to earlier work by curry, Church,
    http://www.cs.nott.ac.uk/~gmh/faq.html
    Frequently Asked Questions for comp.lang.functional
    Edited by Graham Hutton , University of Nottingham Version of November 2002 ( no longer being updated
    This document
    General topics
    Functional languages
    History and motivation
    ...
    Sisal
    1. This document
    Comp.lang.functional is an unmoderated usenet newsgroup for the discussion of all aspects of functional programming languages, including their design, application, theoretical foundation, and implementation. Articles posted to this (and other) newsgroups are archived on the web at: http://www.dejanews.com/ This document is a Frequently Asked Questions list (FAQ) for comp.lang.functional , and provides brief answers to a number of common questions concerning functional programming languages, and some pointers to relevant literature and internet resources. The latest version of this document is available on the web from: http://www.cs.nott.ac.uk/~gmh/faq.html Much of the information in this document has been taken from public sources, mostly from articles posted to comp.lang.functional

    73. Curry Combinatorials
    curry programming system, = , curry Combinatorials, influence curry, haskell B., and Feys, Robert, Combinatory logic, NorthHolland Publ. Co., 1958. §
    http://hopl.murdoch.edu.au/showlanguage.prx?exp=7828&language=Curry Combinatoria

    74. Members Of The School Of Mathematics
    curry, haskell B. de WET, Jacobus S. DOUGLAS, Jesse ERDÖS, Paul GÖDEL, Kurt HEDLUND, Gustav A. HUREWICZ, Witold JONES, Burton W. MANNING, Dorothy
    http://www.math.ias.edu/1933.html
    ALBERT, Abraham Adrian
    BLUMENTHAL, Leonard M.
    CAMERON, Robert H.
    CLIFFORD, Alfred H.
    GÖDEL, Kurt
    HEDLUND, Gustav A.
    HULL, Ralph
    JACOBSON, Nathan
    JESSEN, Bärge C.
    LEHMER, Derrick H.
    LOWAN, Arnold N. MARTIN, Robert S. PETERSON, Thurman S. RUSE, Harold S. SALKOVER, Meyer SCHMEISER, Mabel F. SCHOENBERG, Isaac J. STAFFORD, Anna A. THOMAS, Tracy Y. TODD, John A. TORRANCE, Charles C. van KAMPEN, Egbertus R. VANDERSLICE, John L. WILDER, Raymond L. ZIPPIN, Leo AUMANN, Georg BARBER, Sherburne F. BLUMENTHAL, Leonard M. BRAUER, Richard D. CAMERON, Robert H. CHURCH, Alonzo CLARKSON, James A. CLIFFORD, Alfred H. DOUGLAS, Jesse DuVAL, Patrick HULL, Ralph LEMAÎTRE, Georges LEWIS, Daniel C., Jr. MAGNUS, Wilhelm MARIA, Alfred J. MARTIN, Robert S. MARTIN, William T. MONTGOMERY, Deane MOORE, Charles N. MURRAY, Francis J. MYERS, Sumner B. NATHAN, David S. SAGEN, Oswald K. SCHOENBERG, Isaac J. SHUDEMAN, Conrad L.B. SIEGEL, Carl L. SINCLAIR, Mary Emily STAFFORD, Anna A. VANDERSLICE, John L. WALSH, Joseph L.

    75. Haskell - (named For The Logician Haskell B. Curry). April 1990
    haskell (named for the logician haskell B. curry). April 1990. Designed by a committee from the functional programming community. A lazy purely functional
    http://oop.rosweb.ru/Other/850.html

    76. Substructural Logics
    curry, haskell B., 1977, Foundations of Mathematical Logic, Dover (originally published in 1963). Dunn, JM, 1991, Gaggle Theory An Abstraction of Galois
    http://plato.stanford.edu/entries/logic-substructural/
    version history
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    Substructural Logics
    Substructural logics are non-classical logics weaker than classical logic, notable for the absence of structural rules present in classical logic. These logics are motivated by considerations from philosophy (relevant logics), linguistics (the Lambek calculus) and computing (linear logic). In addition, techniques from substructural logics are useful in the study of traditional logics such as classical and intuitionistic logic. This article provides a brief overview of the field of substructural logic. For a more detailed introduction, complete with theorems, proofs and examples, the reader can consult the books and articles in the Bibliography.
    Residuation
    Logic is about logical consequence . As a result, the

    77. Dictionnaire - Dictionnaire En Ligne - Dictionnaire Informatique - Définition D
    Translate this page devant son nom à haskell Brooks curry (voir curry, haskell), mathématicien dont le travail a permis de jeter les bases de la programmation fonctionnelle.
    http://www.gpcservices.com/dictionnaire/H/Haskell.html
    Définitions
    A B C D ... Divers
    Haskell
    np. m. Articles liés à celui-ci : Curry, Haskell langage (chronologie) langage langage fonctionnel (voir aussi langage fonctionnel polymorphe et typé (paresseux, en plus !), devant son nom à Haskell Brooks Curry (voir Curry, Haskell ), mathématicien dont le travail a permis de jeter les bases de la programmation fonctionnelle. Apparu en 1987, il se veut portable et utilisable dans le monde réel. Le logo d'Haskell est un symbole lambda, car il est un descendant du langage lambda calcul Exemple de code (le quicksort http://www.haskell.org/ Articles voisins : hardscroll hardware Harvard Mark II hash ... Hayes Dern. modif. : 20-05-2003.

    78. Lexikon Haskell Brooks Curry
    haskell Brooks curry aus der freien Enzyklopädie Wikipedia und steht unter der GNU Lizenz.
    http://lexikon.freenet.de/Haskell_Brooks_Curry

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    Haskell Brooks Curry
    Haskell Brooks Curry 12. September in Millis Massachusetts USA 1. September in State College Pennsylvania , USA) war ein Logiker Er ist der Namensgeber der Programmiersprache Haskell und des Currying -Verfahrens sowie ein Mitentdecker des Curry-Howard-Isomorphismus Bearbeiten
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    Personendaten
    NAME Curry, Haskell Brooks

    79. Currying
    haskell curry studied the relationships between logical proofs and functions. One of his many contributions (independently due to W. Howard) was the
    http://www.csc.liv.ac.uk/~grant/Teaching/COMP205/curry.html
    Currying
    Haskell Curry studied the relationships between logical proofs and functions. One of his many contributions (independently due to W. Howard) was the "Howard-Curry isomorphism", which states that there is an equivalence between types and logical propositions, where the type A -> B corresponds to the proposition " A implies B ", and a function of type A -> B can be seen as mapping proofs of the proposition " A " to proofs of the proposition " B ", and is therefore a proof of the proposition " A implies B Part of this programme of research involved studying the expressiveness of (effectively) functional programming languages, for which it was useful to strip these languages to the bare bone, and present a minimal functional language in which everything was a function (see the later lectures on the lambda-calculus ;). Part of this involves replacing functions of type (A,B) -> C with the equivalent function of type A -> B -> C ; if f :: (A,B) -> C , then its curried form is the function defined by curriedF x y = f (x,y) (The propositional equivalent of this is that the proposition " A and B imply C " is equivalent to the proposition " A implies that B implies C As an exercise, given a curried function

    80. $Header$ % \begin{center} \Large\bf Preface To Version~1.0
    \begin{flushright} haskell B.~curry and Robert Feys \\ in the Preface to {\em Combinatory Logic} \cite{curry feysbook}, May 31, 1956 \end{flushright}
    http://www.cs.chalmers.se/pub/haskell/report/src/preface-10.verb

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