Concurrent Pascal as a robot level language – a suggestion

Author:

Steiger-Carçao Adolfo,Camarinha-Matos L. M.

Abstract

SUMMARYThis paper briefly describes actual robot level programming languages, focusing on their intrinsic limitations when compared with traditional concurrent programming languages or when used for robotic systems/flexible production workshops programming, and not only for an isolated manipulator control.To reduce such limitations, a suggestion is made to base the development of robotic programming systems on already existing concurrent languages (Concurrent Pascal, Modula-2), taking into account their built-in extension facilities for fastening the incorporation of (or easy interfacing with) existing packages or products already developed in robotics (robot models, CAD systems, vision systems, etc).Using such languages as a support base for a robotic station programming environment, with access to different components developed separately, will allow a better understanding of the inter-relations among components and their limitations when faced with an integration perspective.

Publisher

Cambridge University Press (CUP)

Subject

Computer Science Applications,General Mathematics,Software,Control and Systems Engineering

Reference8 articles.

1. 7. Modula Corporation, “Mac Modula-2, a Modula-2 development system for Apple Macintosh” Modula Corporation, 950 North University Ave., Provo, Utah 84604 USA (1984).

2. ADA: A language for robot programming?

3. 5. Fulton C.A. , “MicroConcurrent Pascal (mCP) Users Manual” Enertec Inc., 19 Jenkins Ave., Box 1312, Lansdale, PA 19446 USA.

4. 3. Hope J. , “A simple Nucleus written in Modula-2” Eidgenossische Hochschule, Zurich Rep. 35 (03, 1980).

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1. Lisp As a Programming Language for Laboratory Robotics;Instrumentation Science & Technology;1987-01

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