Paralelization of functional programming languages and implementation to transputer systems

Abstract

In this paper we examine the paralelization of functional programming languages and implementation of that concept to transputer systems. LISP interpreter implemented here contains standard functions, common for all LISP versions. Adding new functions to the interpreter is easy. The interpreter is implemented for message passing multiprocessors, with binary tree architecture.

Key words: functional, parallel, transputer, LISP, S-expression interpreter, binary tree, multiprocessor, Message Passing

Thesis advisor:
Prof. Du�an To�iæ, University of Belgrade, Faculty of Mathematics

Commission members:
Prof. �arko Mijajloviæ, University of Belgrade, Faculty of Mathematics
Prof. Slavi�a Pre�iæ, University of Belgrade, Faculty of Mathematics
Prof. Velimir Simonoviæ, University of Belgrade, Faculty of Mechanical Engineering, Department of Mathematics

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Last update: 11.01.1998