An Interpreter for Extended Lambda Calculus: SCHEME
Inspired by ACTORS the authors have implemented an interpreter for a LISP-like language, SCHEME based on the lambda calculus (Church), but extended for side effects, multiprocessing, and process synchronization. The purpose of this implementation is tutorial. The authors wish to: (1) alleviate the confusion caused by Micro-PLANNER, CONNIVER, etc. by clarifying the embedding of non-recursive control structures in a recursive host language like LISP; (2) explain how to use these control structures, independent of such issues as pattern matching and data base manipulation; (3) have a simple concrete experimental domain for certain issues of programming semantics and style.
"Inspired by ACTORS the authors have implemented an interpreter for a LISP-like language, SCHEME based on the lambda calculus (Church), but extended for side effects, multiprocessing, and process synchronization. The purpose of this implementation is tutorial. The authors wish to: (1) alleviate the confusion caused by Micro-PLANNER, CONNIVER, etc. by clarifying the embedding of non-recursive control structures in a recursive host language like LISP; (2) explain how to use these control structures, independent of such issues as pattern matching and data base manipulation; (3) have a simple concrete experimental domain for certain issues of programming semantics and style."@en
MASSACHUSETTS INST OF TECH CAMBRIDGE ARTIFICIAL INTELLIGENCE LAB.
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This is a placeholder reference for a Topic entity, related to a WorldCat Entity. Over time, these references will be replaced with persistent URIs to VIAF, FAST, WorldCat, and other Linked Data resources.