E97-1058 calculus implemented by the author in SICStus Prolog . The use of Prolog rather than
A97-2015 The system has been written in Sicstus Prolog . • The system covers nominal
J00-1006 were implemented by the author in SICStus Prolog using a finite-state library
E03-1039 compiler based on this formalism in SICStus Prolog . The input to the compiler is
E03-3004 depth-first parser , implemented in Sicstus Prolog , is used in FRET for logical
A97-2014 Categorial Grammar ( CCG ) written in SICStus Prolog . Instead of attempting to handle
E03-2010 Toolkit ( Nuance , 2002 ) and SICStus Prolog ( Programming Systems Group ,
J00-4003 . The system is implemented in Sicstus Prolog . Input . The texts in the Penn
J00-1006 were implemented by the author in SICStus Prolog . Details of the implementation
C92-1012 prototype is implemented on top of Sicstus Prolog , and is used primarily for selection
C96-2196 . The method is implemented in Sicstus Prolog and is applied to a dialogue
J02-4005 for efficient access from the SICStus Prolog association lists package . As
E95-1025 been implemented in Quintus and Sicstus Prolog , and should run with any Prolog
C90-3044 dependency tree . It is implemented in Sicstus Prolog . 2 Need to Combine Fragme nt
C94-2169 Both programs are implemented in SICStus Prolog 2.1 on a SPARC station-10 . Fig.
A00-1001 is mainly written in Prolog ( Sicstus Prolog 3.7 ) , with some Perl programs
C00-1080 Rules ( CHR ) package included in SICStus Prolog ( Friihwirth , 1998 ) . These
C96-1008 , Prolog ( Quintus Prolog and Sicstus Prolog ) and Tcl/Tk . These software
C00-1080 Since CHP , are integrated in SICStus Prolog , I will present constraints
H94-1040 seconds per hypothesis , running SICStus Prolog on a Sun SPARCstation 10/412
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