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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. Software Workshop Haskell
haskell various implementations (Gofer, HUGS98 and others); the HUGS98 system abstractionalgorithms; bases; fixedpoint combinators; curry-Howard isomorphism.
http://www.cs.bham.ac.uk/resources/modules/2002/syls/syl-11582.html
THE UNIVERSITY
OF BIRMINGHAM Computer Science SYLLABUS PAGE, 2002/03

Software Workshop Haskell
Level 2 M Viezzer
(CS Coordinator: Dr M Escardo 10 credits in Sem1
Programmes Outline Aims Outcomes ... Links
Outline
The purpose of this module is to present the basic ideas of the pure functional programming language Haskell, to demonstrate the main elements of good programming style and to illustrate some of the used and applications of Haskell.
Aims
The aims of this module are to:
  • Present the basic ideas of the pure functional programming language Haskell Demonstrate the main elements of good programming style Illustrate some of the uses and applications of Haskell
Learning Outcomes
On completion of this module, the student should be able to: Assessed by: Appreciate the main features of the functional programming paradigm Examination, Continuous assessment Aware of the main advantages and disadvantages of functional programming languages Examination, Continuous assessment Aware of some of the uses and applications of functional programming languages Examination, Continuous assessment

62. Bibliography
org . WWW12 haskell Brooks curry, J. O'Connor, EF Robertson, http//wwwgap.dcs.st-and.ac.uk/~history/Mathematicians/curry.html.
http://www.fh-wedel.de/~si/HXmlToolbox/thesis/b2463.html
Design and Implementation of a validating XML parser in Haskell: Master's thesis; University of Applied Sciences Wedel Prev Next
Bibliography
Print resources
The craft of Functional Programming 2nd Edition Simon Thompson , Addison Wesley, 1999, 0-201-34275-8. The Haskell School of Expression Learning functional programming through multimedia Paul Hudak , Cambridge University Press, 2000, 0-521-64408-9. Derivatives of Regular Expressions Janusz A. Brzozowski , Journal of the ACM, Volume 11, Issue 4, 1964.
Online resources
Extensible Markup Language (XML) 1.0 http://www.w3.org/TR/2000/REC-xml-20001006 Extensible Markup Language (XML) Conformance Test Suites http://www.w3.org/XML/Test/ Canonical XML, Version 1.0 John Boyer http://www.w3.org/TR/2001/REC-xml-c14n-20010315 XML Syntax Quick Reference Mulberry Technologies, Inc. http://www.mulberrytech.com/quickref/XMLquickref.pdf Document Object Model (DOM) W3C DOM Working Group http://www.w3.org/DOM/ JDOM http://www.jdom.org The Extensible Stylesheet Language (XSL) XSL Working Group http://www.w3.org/Style/XSL/

63. Haskell - Vikipedio
lingvo. La lingvo estas nomita por haskell Brooks curry, kies esploropri matematika logiko estas la fundamento de funckiaj lingvoj.
http://eo.wikipedia.org/wiki/Haskell
Vikipedio Ĉefpaĝo Enkonduko Helpo ... Ensalutu La Libera Enciklopedio Aliaj lingvoj: Pola Angla
Presebla versio
Haskell
El Vikipedio, la libera enciklopedio. Haskell estas komputillingvo . Pli specife, ĝi estas himonimige tipizema , laŭnecese komputita, pure funkcia lingvo. La lingvo estas nomita por Haskell Brooks Curry , kies esploro pri matematika logiko estas la fundamento de funckiaj lingvoj . Haskell baziĝas de la lambdokalkulo
La TTT-ejo de la Haskell-komunumo en la angla http://www.haskell.org TTT-ejo pri Haskell en la germana http://www.haskell.de

Redaktu la paĝon
Diskutu la paĝon Malnovaj versioj ... Rilataj paĝoj
Aliaj lingvoj: Pola Angla
Ĉefpaĝo
Pri Vikipedio Trovu:
Montrita 58-foje. Laste redaktita je 05:05, 7. Dec 2002. La enhavo de Vikipedio disponeblas laŭ permesilo GNU Free Documentation License Trovu Foliumado Ĉefpaĝo
Lastaj ŝanĝoj

Hazarda paĝo

Novaj paĝoj
...
Aktualaĵoj
Redaktado Redaktu la paĝon
Helpo pri redaktado
Paĝagado Diskutu la paĝon Presebla versio Paĝinformoj Malnovaj versioj Ligiloj ĉi tien Rilataj paĝoj Personaĵoj Ensalutu

64. AH 408 (Andrzejewski): Week 10 Image List
435, p. 225). John Steuart curry, Baptism in Kansas, 1928 (haskell, fig. 437,p. 226). curry, Tornado over Kansas, 1932 (haskell, fig. 443, p. 229).
http://www.wisc.edu/arth/ah408/week10.html
AH 408 Home Page Lecture/Reading Schedule Course Description WEEK 10: (RE)NEGOTIATING IDENTITIES IN THE INTERWAR PERIOD Where possible, references to where you can find images of works of art/architecture discussed in class are given below. Images not in the course textbook (Haskell) may be found in sources ON RESERVE at the Kohler Art Library or College Library; refer to reserve lists at these libraries for more information. *SUBJECT TO CHANGE AT INSTRUCTOR’S DISCRETION Cover of Home to Harlem , by Claude McKay, 1928 (Haskell, fig. 354, p. 188) James VanDerZee, Wedding Day , 1925 (Haskell, fig. 357, p. 189) VanDerZee, , 1932 (Haskell, fig. 361, p. 190) Meta Warrick Fuller, Awakening of Ethiopia , c. 1914 (Haskell, fig. 368, p. 193) Archibald Motley, Blues , 1929 (Haskell, fig. 375, p. 195) Winold Reiss, Langston Hughes, c. 1925 (Haskell, fig. 362, p. 191) Aaron Douglas, Aspects of Negro Life-Slavery Through Reconstruction , 1934 (Haskell, fig. 456, p. 235) James VanDerZee, Couple with Raccoon Coats, 1932 (Haskell, fig. 359, p. 190)

65. I1543: James W. CURRY (Private - ____)
James W. curry, Family 1 Mary Suzanne BARKLAY, MARRIAGE Private. HTML by GED2HTMLv3.5eWIN95 (Sep 26 1998) 11/18/99 085756 . Eleanor haskell (Private -
http://www.huffmans.net/ged2html/d0002/g0000016.html
James W. CURRY (Private - )
BIRTH : Private James W. CURRY Family 1 Mary Suzanne BARKLAY MARRIAGE : Private
Index
Surnames Home E-mail HTML by GED2HTML v3.5e-WIN95 (Sep 26 1998) Eleanor HASKELL (Private - )
BIRTH : Private Hiriam HINTON Mary Elizabeth COBB John HASKELL Myrtilla Bertha HINTON ... Lucile AMOS Eleanor HASKELL Family 1 Delbert SMITH MARRIAGE : Private
  • Linda Ann SMITH
  • Susan Kay SMITH Index Surnames ... E-mail HTML by GED2HTML v3.5e-WIN95 (Sep 26 1998) Mellisa HINDERLEIDER (ABT. 1855 - UNKNOWN)
    BIRTH : ABT. 1855, Niagra County, New York DEATH : UNKNOWN Johan Jacob HINTERLEITER Esther D. BREYFOGEL Johan Georg HINDERLEIDER Elizabeth LAUTENSCHLAGER ... Marietta DANIELS Mellisa HINDERLEIDER Index Surnames Home E-mail HTML by GED2HTML v3.5e-WIN95 (Sep 26 1998) Julia Florence HINDERLITER (6 Apr 1898 - 4 Oct 1976)
    BIRTH : 6 Apr 1898, Fulton County, Illinois DEATH : 4 Oct 1976 Margaret Elizabeth WAUGHTEL William Bruce HINDERLITER Sarah Jane WHEELER Julia Florence HINDERLITER Index Surnames Home E-mail HTML by GED2HTML v3.5e-WIN95 (Sep 26 1998) Lorna HINDERLITER (Private - )
    BIRTH : Private Johannes HINTERLEITER Adelia HOWERTER Samuel Henry HINDERLITER Melinda AINEAU ... Mayme Margaret HAMPTON Lorna HINDERLITER Index Surnames Home E-mail HTML by GED2HTML v3.5e-WIN95 (Sep 26 1998)
  • 66. The I2 WWW Server: Frequency Of Access: Items
    css 123 /STB/ 123 /Linux/ 117 /Linux.html 116 /VISMathe/ 106 /I2.html 101 /~hanus/FLP/ 99 /~hanus/curry/ 87 /Software/haskell/debian/unstable
    http://www-i2.informatik.rwth-aachen.de/usage/weeks/requests/wwwi2.47.total-acce
    Number of Requests for items accessed on this Server
    These statistics produced by pwebstats

    67. The I2 WWW Server: Frequency Of Access: Items
    ALF.html 35 /VIS/DRITTES/data.cgi?SEMESTER=WS99 35 /STB/Pruefung/termin.html 35 /~hanus/curry/report.html 35 /Software/haskell/haskellmain.html 34
    http://www-i2.informatik.rwth-aachen.de/usage/weeks/requests/wwwi2.45.total-acce
    Number of Requests for items accessed on this Server
    These statistics produced by pwebstats

    68. Re: Curry Click Router - Click Archive
    verification. Do you know haskell, prolog, curry? My interest is writea click router in curry language, to run verification tools.
    http://www.pdos.lcs.mit.edu/click/ml/click/msg01714.html
    This is the mail archive of the click@pdos.lcs.mit.edu mailing list for the Click project
    Date Index
    Thread Index Author Index
    Re: Curry click router
    http://www.cs.cornell.edu/Info/Projects/Ensemble/index.htm Eddie
    Date Index
    Thread Index Author Index
    Current thread:

    69. CS 454: Functional Programming Lab #1
    Of the following expressions, which ones are allowed by haskell? that no one eversaid these functions would be especially useful!) curry curry uncurry uncurry
    http://www.willamette.edu/~fruehr/454/labs/lab1.html
    Lab #1: Haskell Orientation and Exploration
    Assigned: Wednesday 22 Jan 2003
    Due: Monday 27 January 2003 Our first lab this semester is intended to help familiarize you with the logistics of using Haskell (via the Hugs interpreter) and to provide you with a number of shorter exercises involving functions and simple types. These two goals are realized in separate sections below: the first section is geared towards inspiring some open-ended investigation and should be followed up with short replies phrased in English, whereas the second lists specific questions that are best answered with short programs or expressions written in Haskell. All your answers should be combined in a text file ready for demonstration in the lab on the due date. Make use of this lab to try out the JCreator environment, the Hugs interpreter and the various documentas available through the "Haskell Docs" tool in JCreator. (In the near future I will post a complete set of installation instructions which will allow you to re-create this environment on your home machine.) While documentation can be helpful, your best approach to getting started is to watch the demonstrations in lecture and then experiment on your own. Get in the habit of trying out your ideas interactively, as this is the best way to learn Haskell and FP.

    70. Peter Suber, "Non-Standard Logics"
    A comprehensive listing of flavours of non-standard logic with brief descriptions and references, Category Science Math Nonstandard Logics and Extensions...... curry, haskell B. Combinatory Logic. Vol. 1 by curry and R. Feys; vol. 2 by curry,JR Hindley, and JP Seldin. NorthHolland, 1958, 1972. Fitch, Frederic.
    http://www.earlham.edu/~peters/courses/logsys/nonstbib.htm
    A Bibliography of Non-Standard Logics Peter Suber Philosophy Department Earlham College In the kinds of non-standard logics included, this bibliography aims for completeness, although it has not yet succeeded. In the coverage of any given non-standard logic, it does not at all aim for completeness. Instead it aims to include works suitable as introductions for those who are already familiar with standard first-order logic. Looking at these non-standard logics gives us an indirect, but usefully clear and comprehensive idea of the usually hazy notion of "standardness". In standard first-order logics:
    • Wffs are finite in length (although there may be infinitely many of them).
    • Rules of inference take only finitely many premises.
    • There are only two truth-values, "truth" and "falsehood".
    • Truth-values of given proposition symbols do not change within a given interpretation, only between or across interpretations.
    • All propositional operators and connectives are truth-functional.
    • "p ~p" is provable even if we do not have p or ~p separately; that is, the principle of excluded middle holds.

    71. Consequently.org
    haskell curry (19001982). haskell curry was an American student of Hilbert. In fact,my favourite functional programming language haskell is named after curry.
    http://consequently.org/archive/2001/11/17

    72. Index
    Defining datatypes cos see Math.cos create Illtyped functions curried functionsCurried functions curry Curried functions curry, haskell B. Curried functions.
    http://www.dcs.ed.ac.uk/home/stg/NOTES/node102.html
    NEXT UP PREVIOUS CONTENTS
    Index
    A B C D ... LIBRARY UNITS
    A abs
    Types, values and functions Higher-order programming
    absorb
    Ill-typed functions
    addfour
    Curried functions
    addset
    Abstract data types Programming with abstract data Signatures Structures ... Representation independence and equality
    addtwo
    Curried functions
    age
    Function types and type
    amber
    Defining datatypes
    andb
    The Word and Word8 structures see Word.andb
    Anderson, Stuart
    Computing types
    app
    Computing types
    Array
    Array.array
    Arrays Arrays
    Array.fromList
    Arrays
    Array.sub
    Arrays
    Array.update
    Arrays
    atan
    see Math.atan
    B Base 64
    Input/output
    Input/output
    BigInt.int
    Default overloading
    blue
    Defining datatypes
    bool
    Types, values and functions The Bool structure Defining datatypes
    Bool.fromString
    The Bool structure
    Bool.not
    The Bool structure Higher-order programming
    Bool.toString
    The Bool structure
    Bosworth, Richard
    Reading material
    byte
    Types, values and functions The Byte structure
    Byte.byteToChar
    The Byte structure
    Byte.charToByte
    The Byte structure
    C call-by-name
    Call-by-value, call-by-name and call-by-need
    call-by-need
    Call-by-value, call-by-name and call-by-need

    73. Biographien - Archiv
    Translate this page http//www.taurus-press.de/test.php3?S_Sortie rName=4640 curry, Clifford http//www.taurus-press.de/test.php3?S_SortierName=4641 curry, haskell B. http//www
    http://www.biografien-im-netz.de/archiv.php?Letter=C&Page=1600

    74. I213: Remember Allerton (ABT 1614 - ____)
    _ _ _ Robert curry _James Willson HOME. John haskell. 16033
    http://homepages.rootsweb.com/~wdwrth/Master/d0000/g0000351.html
    Remember Allerton
    ABT 1614 -
    • BIRTH : ABT 1614, Leiden, South Holland, Netherlands
    • DEATH : Y
    Father: Isaac Allerton
    Mother: Mary Norris
    Family 1 Moses Maverick
    • MARRIAGE : BEF 6 May 1635, Marblehead, Essex, Massachusetts
  • Rebecca Maverick
  • Mary Maverick
  • Abigail Maverick
  • Elizabeth Maverick ... INDEX Mayflower Increasings
    • Reference : p. 11
    Plymouth Colony
    • Reference : p. 234
    Great Migration Begins
    • Reference : pp. 36-39
    HOME
    Hannah Babcock
    Father: Job Badcock
    Mother: Jane Crandall Hannah Babcock _Mary Opp INDEX Babcock Genealogy
    • Reference : p. 13
    HOME
    Anna Lois Baird
    22 Mar 1921 - 1 Feb 1922
    • BIRTH : 22 Mar 1921
    • DEATH : 1 Feb 1922
    Father: Merril W. Baird Mother: Ruby Kennedy _Nancy Martin Anna Lois Baird _Ruby Kennedy ... INDEX McElhinney Family
    • Reference : p. 33
    HOME
    Ebenezer Benton
    Father: Ephraim Benton Mother: Hannah House Family 1 Mary Stevens
    • MARRIAGE : 22 Nov 1769, Glastonbury, Tolland, Connecticut
    Ebenezer Benton _Joseph House _John Bidwell _Sarah Wilcox ... INDEX Hale, House and Related Families
    • Reference : p. 335
    HOME
    Ruth Blake
    3 Nov 1693 -
    • BIRTH : 3 Nov 1693, Hampton, Rockingham, New Hampshire
  • 75. A Gentle Introduction To Haskell: Functions
    example of a curried function. (The name curry derives from the personwho popularized the idea haskell curry. To get the effect of
    http://www.mathematik.uni-marburg.de/~priebe/docs/mirror/tutorial/functions.html
    A Gentle Introduction to Haskell, Version 98
    back
    next top
    Functions
    Since Haskell is a functional language, one would expect functions to play a major role, and indeed they do. In this section, we look at several aspects of functions in Haskell. First, consider this definition of a function which adds its two arguments:
    add x y = x + y
    This is an example of a curried function. (The name curry derives from the person who popularized the idea: Haskell Curry. To get the effect of an uncurried function, we could use a tuple , as in:
    add (x,y) = x + y
    But then we see that this version of add is really just a function of one argument!) An application of add has the form add e e , and is equivalent to (add e e , since function application associates to the left . In other words, applying add to one argument yields a new function which is then applied to the second argument. This is consistent with the type of add , which is equivalent to ; i.e. associates to the right . Indeed, using add , we can define inc in a different way from what we did earlier:
    inc = add 1
    This is an example of the partial application of a curried function, and is one way that a function can be returned as a value. Let's consider a case in which it's useful to pass a function as an argument. The well-known

    76. Dictionary: Haskell
    Zip code(s) 79521 From The Free Online Dictionary of Computing (09 FEB 02) foldochaskell language (Named after the logician {haskell curry}) A {lazy
    http://www.hyperdictionary.com/dictionary/Haskell
    Hyper Dictionary
    Dictionary Results
    About this site
    News

    Linkers

    Top Searches
    ...
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    Dictionary
    Thesaurus
    Look up this word in the thesaurus: Haskell
    Haskell
    entries found From U ... http ://haskell. org Report on the ... http ://haskell. cs .yale. edu /haskell-report/haskell-report. html Mailing list yale ... ftp ://nebula. cs .yale. edu Glasgow Haskell GHC ... ftp ://ftp. dcs .glasgow. ac E-mail glasgow Haskell-B ... ftp ://ftp. cs .chalmers. se E-mail chalmers

    77. Sven Panne's Research Page
    Advanced haskell concepts type classes, constructor classes, and monads (gzipped SystematischeHerleitung einer abstrakten Maschine für curry, 1999, Text
    http://www.pms.informatik.uni-muenchen.de/mitarbeiter/panne/research.html
    Contact
    Curriculum Vitae

    Research

    Teaching
    ...
    Links
    Publications

    78. The Haskell 98 Report: Preface
    haskell B. curry and Robert Feys. in the Preface to Combinatory Logic2, May 31, 1956. 1987?9
    http://www.sampou.org/haskell/report-j/preface-13.html
    The Haskell 98 Report
    top
    next contents function index
    $B=o8@(B $r$D$i$M$F$$$k(B $B$3$H$+$i$7$F!"$3$N <($9$k$3$H$O!"@53N$5$HF@$k$?$a$KI,MW$J$3$H$G$"$j!"2aEY$NG;(B $BL)2=$O$3$NJ,Ln$K$*$$$F$OHs8zN($G!"$=$l$ODL>o$N>l9g$h$j$b82Cx$G$"$k!#(B Haskell B. Curry and Robert Feys in the Preface to Combinatory Logic ], May 31, 1956 1987$BG/(B9$B7n$K%*%l%4%s=#%]! <%H%i%s%I$G!V8@8l$H7W;;5!%"!
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  • $`(B $B$H$3$m$G$"$k!#(B
    Haskell 98
    Haskell $B$O:G=i$N8x3+0JMh!"?J2=$7B3$1$F$$$k!#(B1997 $BG/$NH>$P$^$G$K$O$3$N8@(B $B8l$K$O(B4$B$D$N%P! <%8%g%s$,$"$C$?(B($B$=$N;~E@$G:G?7$N$b$N$O(B Haskell 1.4 $B$G$"$k(B)$B!#(B 1997 $BG/$K%"%`%9%F%k%@%`$G3+:E$5$l$?(B Haskell $B%o! <%/%7%g%C%W$K$*$$$F!"(B Haskell $B$N0BDj$7$?%P! <%8%g%s$,I,MW$G$"$k$H7h5D$5$l$?!#$3$N%P!

    79. Münster Curry User's Guide
    compiler. Building and installing the Münster curry compiler fromits sources requires a haskell 98 compiler, too. Building and
    http://danae.uni-muenster.de/~lux/curry/user.html
    Münster Curry
    User's Guide
    Wolfgang Lux
    Contents
    1 Overview
    2 Installation

    2.1 Binary Distribution

    2.2 Source Distribution
    ...
    9 Common Problems and Solutions
    Overview
    The Münster Curry compiler is a native code compiler for the declarative multi-paradigm language Curry ]. It conforms to release 0.7.2 of the Curry report except for committed choice. Supported extensions include disequality constraints, existentially quantified data types, and (rigid) case expressions with a top-down matching of cases. A novel feature of the Münster Curry compiler is the integration of a declarative debugger of wrong answers [ ]. An interactive Curry environment and a make-like build tool for Curry are included in the distribution. The Münster Curry compiler is portable to many Unix operating systems with precompiled binaries being available for Linux (x86), Solaris and Mac OS X. The only additional software needed to compile and run Curry programs is the Gnu C compiler. Building and installing the Münster Curry compiler from its sources requires a Haskell 98 compiler, too. Building and installing the compiler from source and binary distributions can be achieved with the commands ./configure make install

    80. Function Currying In Scheme
    when all the arguments are present, then supply them without using the curry function ifit has all its arguments and can evluate itself, just like in haskell.
    http://www.engr.uconn.edu/~jeffm/Papers/curry.html
    Function Currying in Scheme
    Jeffrey A. Meunier
    University of Connecticut
    jeffm@cse.uconn.edu
    December 7, 1995
    Revised March 15, 1997
    Abstract
    A method for generalized function currying in Scheme is given. Function currying is the process of partially, or incrementally, supplying arguments to a function. Curried functions are delayed functions expecting the remainder of the arguments to be supplied. Once all the arguments are supplied, the function evaluates normally. A good working knowledge of Scheme is assumed. All code examples were written using PC Scheme version 4.02, although no architecture-specific functions were used.
    1 Currying in Functional Languages
    Functional languages such as Haskell and ML enjoy the benefits of function currying. Currying is the incomplete application of arguments to a function. For example, in Haskell we could write the function mult which takes two integers and returns their product mult :: Int -> Int -> Int mult x y = x * y Evaluating mult 2 6 would yield 12, as expected. To curry a function, one needs only to leave off one or more of the rightmost arguments. (Argument application must occur in a left-to-right order.) Evaluating

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