| slovo | definícia |
subset-equational language
(foldoc) | Subset-Equational Language
(SEL) A declarative language for set processing by Bharat
Jayaraman with subset and equational program clauses; {pattern
matching} over sets (it supports efficient iteration over
sets); annotations to say which functions distribute over
union in which arguments (for point-wise/incremental
computation over sets); defining transitive closures through
circular constraints (implemented by mixed
top-down/memoisation and bottom-up strategy);
meta-programming and simple higher-order programming;
modest user-interface including tracing.
The SEL compiler, written in Quintus Prolog, generates
WAM-like code, extended to deal with set-matching,
memoisation, and the novel control structure of the
language. The run-time system is written in C.
(ftp://ftp.cs.buffalo.edu/users/bharat/SEL2).
E-mail: Bharat Jayaraman .
["Towards a Broader Basis for Logic Programming",
B. Jayaraman, TR CS Dept, SUNY Buffalo, 1990].
["Set Abstraction in Functional and Logic Programming",
F.S.K. Silbermann et al, ACM Proc 1989].
(1994-12-15)
|
| | podobné slovo | definícia |
subset-equational language
(foldoc) | Subset-Equational Language
(SEL) A declarative language for set processing by Bharat
Jayaraman with subset and equational program clauses; {pattern
matching} over sets (it supports efficient iteration over
sets); annotations to say which functions distribute over
union in which arguments (for point-wise/incremental
computation over sets); defining transitive closures through
circular constraints (implemented by mixed
top-down/memoisation and bottom-up strategy);
meta-programming and simple higher-order programming;
modest user-interface including tracing.
The SEL compiler, written in Quintus Prolog, generates
WAM-like code, extended to deal with set-matching,
memoisation, and the novel control structure of the
language. The run-time system is written in C.
(ftp://ftp.cs.buffalo.edu/users/bharat/SEL2).
E-mail: Bharat Jayaraman .
["Towards a Broader Basis for Logic Programming",
B. Jayaraman, TR CS Dept, SUNY Buffalo, 1990].
["Set Abstraction in Functional and Logic Programming",
F.S.K. Silbermann et al, ACM Proc 1989].
(1994-12-15)
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