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Path: utzoo!watmath!wateng!pdbain
From: pdbain@wateng.UUCP (Peter Bain)
Newsgroups: net.mag
Subject: TOC, Micro, Feb. 1985
Message-ID: <2563@wateng.UUCP>
Date: Thu, 20-Jun-85 15:29:54 EDT
Article-I.D.: wateng.2563
Posted: Thu Jun 20 15:29:54 1985
Date-Received: Thu, 20-Jun-85 23:44:32 EDT
Distribution: net
Organization: U of Waterloo, Ontario
Lines: 77

%A Richard E. Wainright
%A Randy H. Moss
%T A Microcomputer-based Model Robot System with Pulse-Width Modulation Control
%J Micro
%I IEEE
%V 5
%N 1
%D Feb. 1985
%P 7-21
%X Constructed of relatively but realistic and durable elements, this model
is a practical tool for training in robot operation and for research
in robotic control systems
%K robotics 

%A Malcom C. Harrison
%A Owen Smith
%T The Ampos Multiprocessor - A Computer System for Laboratory Use
%J Micro
%I IEEE
%V 5
%N 1
%D Feb. 1985
%P 22-30
%X This highly modular processor management system has been designed
to provide computational facilities for research laboratories. It uses
a command language and interprocessor communications similar to those
of the Unix system.
%K medical distributed system interprocessor communication

%A Wayne Fischer
%T IEEE P1014 - A Standard for the High-Performance VME Bus
%J Micro
%I IEEE
%V 5
%N 1
%D Feb. 1985
%P 31-41
%X The popular VME bus allows high-speed interaction of 8-, 16-, and
32-bit microprocessors. This proposed standard outlines a flexible,
asynchronous design capable of a full 32-bit address and data path.
%K asynchronous backplane buses motorola

%A T. Radhakrishnan
%A C.P. Grossner
%T Cuenet - A Distributed Computing Facility
%J Micro
%I IEEE
%V 5
%N 1
%D Feb. 1985
%P 42-52
%X This flexible system, supporting any interconnection topology
specified by a programmer, allows system analysts to experiment with
alternate program decomposition strategies.
%K multiprocessor distributed system interconnection network packet
bus

%A Hubert Kirrmann
%T Events and Interrupts in Tightly Coupled Multiprocessors
%J Micro
%I IEEE
%V 5
%N 1
%D Feb. 1985
%P 53-66
%X In a decentralized multiprocessor, events must be stored, queued,
and acknowledged. This can be accomplished by implementing a special
event receiver called a synapse and by utilizing several forms of
acknowledge
%K synapse distributed systems acknowledgement

-- 
   - peter bain
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