Refer Proceedings details

%T Hardware for Transputing without Transputers
%A C. P. H. Walker
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T Dynamic Creation of Virtual Links within T9000 Networks
%A S. R. Harrison, Chris R. Brown
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T Interconnecting Remote LANs via Public Data Networks by High Performance Parallel Routers
%A A. Lakkis, L Jacquemin J, M. Dumas
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T Conflict Free Hardware Routing for Communication Bound Applications
%A M. P. Craven, K. M. Curtis, S. A. Wilde, Brian C. O'Neill, J. W. Ellis
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T Design and Implementation of Complex Telecom Processes using State Machine Concepts
%A V. Matic
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T Emulating a Secure Multicasting Bus using occam 2.1
%A David J. Beckett, Peter H. Welch
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T A Plug\-in Disk\-Interface Process for the WSQL Data Access Controller
%A R. Kukla, Jon Kerridge
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T The Para\-PC, An Analysis
%A Barry M. Cook, Roger M. A. Peel
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T Parallel Solution of Linear ODEs. Implementation on Transputer Networks
%A G. Mourney
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T Memory Management Strategies for Parallel Volume Rendering
%A Alan G. Chalmers
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T Gaussian Pyramidal Fast Filtering and Parallel Implementation
%A N. Tonfack E. Leclercq, A. Faure
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T The Kent Retargettable occam Compiler
%A David C. Wood, Peter H. Welch
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments
%X A generic approach to targeting occam to non\-transputer
   architectures is described. The principle is to build a
   register\-level emulation of the major design elements of
   the transputer, using native registers of the target
   hardware, and reuse the standard occam toolset compiler with
   as little alteration as possible. The porting effort thus
   reduces to an architectural mapping rather than involvement
   in the compiler and code\-generator. An immediate payoff
   comes from reuse of a well\-developed and sophisticated
   compiler. An important scientific question, with relevance
   to efficient and portable parallel computing, is whether the
   crucial benefits of transputer architecture (such as the
   very low overheads for the management of processes and
   events) can be transferred through such emulation. We report
   some initial results for SPARC\-based targets.

%T Occam for all \- Two Approaches to Retargetting the INMOS Compiler
%A Michael D. Poole
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T Implementation of KRoC on Analog Devices "SHARC" DSP
%A André W. P. Bakkers, G. W. Otten, M. H. Schwirtz, R. Bruis, Jan F. Broenink
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments
%X This paper summarises the experiences gained at the Control
   Laboratory of the University of Twente in porting the Kent
   Retargetable occam Compiler \- KroC \- to the Analog
   Devices’ ADSP21060 SHARC Digital Signal Processor. The
   choice of porting the KRoC to the DSP processor was in our
   view both a challenge and an absolute necessity because DSP
   processors are an important ingredient in modern day control
   systems. Currently, our implementation contains the most
   important occam primitives such as channel communication,
   PAR, ALT, and most of the integer arithmatic. Furthermore, a
   basic kernel was realised, providing channel\-communication
   based scheduling only. This porting process, using quite
   straight\-forward modifications of the SPARC
   KRoC\-translator, was done within six weeks. A
   representative benchmark was constructed, showing that the
   33Mhz SHARC\-KRoC implementation is 40% faster than the the
   25Mhz T800 using the INMOS D7205 Toolset.

%T SCOTT: The Southampton COFF Tools for Transputers
%A Denis A. Nicole, R. Sivaram
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T A Software Development Tool for Parallel and Distributed Systems
%A R. D. Stone, D. R. Morse
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T The Single Resource Allocation Problem: Parallel Algorithms on Distributed Systems
%A C. Rodriguez, F. Almeida, D. Morales, J. L. Roda, F. Garcia
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T An Extended Version of Linda for Transputer Systems
%A Peter Clayton, George Wells, Alan G. Chalmers
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T From Object Oriented Analysis to Implementation using occam
%A Rick D. Beton
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

%T The Globalisation of occam
%A Paul Singleton, Barry M. Cook
%E Brian C. O'Neill
%B Proceedings of WoTUG\-19: Parallel Processing Developments

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