W11-2909 models in terms of a stochastic functional programming language . As with BNAs , these models
W07-2215 implemented our method in the pure functional programming language Haskell . We use a monad ( Wadler
J11-1003 GF ) ( Ranta 2007 ) is a typed functional programming language designed for multilingual grammars
W11-2909 implemented in it . The use of a functional programming language suggests a close relationship
J95-3005 implement a top-down parser in a functional programming language . The key insight is that a nonterminal
W07-1803 called ) . Fortunately , GF is a functional programming language that permits functions , instead
M98-1005 mostly in Haskell , a non-strict functional programming language -LSB- 8 -RSB- . Two resource-critical
M95-1007 mostly in Haskell , a non strict functional programming language -LSB- 3 -RSB- . Two resource
P01-1033 ACG may be seen as a rudimentary functional programming language . The results in Section 4 indicate
J87-1020 discussions of alternate approaches to functional programming language compilation and runtime system
W98-1308 it have been implemented in the functional programming language Haskell , which supports a declarative
P86-1037 representable in , for example , a functional programming language like Lisp . Consider the goal
W07-2215 set of parser combinators in the functional programming language Haskell , and have conducted
W07-1803 inductive family of datatypes in a functional programming language . Here is a fragment of the Sammie
E12-1066 , its " learnability " . As a functional programming language , GF permits abstractions comparable
W10-2506 evaluation strategy , as in the functional programming language HASKELL . Roughly speak - ing
J87-1020 fully lazy higher order purely functional programming language with reduction semantics , are
W10-2506 implementation of our algorithm in the functional programming language HASKELL . 2 The n-best-derivations
C94-2137 working on implementing AUG in functional programming languages ( Miranda , I Iaskell ) . <title>
E09-2015 Gothenburg , GF developed into a functional programming language inspired by ML and Haskell ,
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