Title :
A microprogrammable list processor for personal computers
Author :
Lee, K.H. ; Leung, K.S. ; Cheang, S.M.
Author_Institution :
Chinese Univ. of Hong Kong, Hong Kong
Abstract :
A low-cost alternative to using a full-scale Lisp machine for list processing is proposed. The ASLP, a PC-based, highly pipelined list processor with two memory modules, supplements a procedural programming language to solve the list-manipulation problems in AI programs. This hardware-assisted processor was designed for use on an IBM PC AT to support list-manipulation functions. A discussion of Lisp and its internal structure and a review of existing Lisp machines are included. An estimation of the theoretical execution time for some typical list-manipulation functions, expressed in terms of machine cycles and memory cycles, is presented.<>
Keywords :
LISP; list processing; microprogramming; program processors; ASLP; IBM PC AT; Lisp; artificial intelligence programs; list-manipulation problems; machine cycles; memory cycles; memory modules; microprogrammable list processor; personal computers; procedural programming language; Application software; Artificial intelligence; Buildings; Computer architecture; Computer languages; Data structures; Expert systems; Microcomputers; Process design; Programming;
Journal_Title :
Micro, IEEE
