Supported on Sun, SunOS 5.4; SGI, IRIX 6.2; IBM, AIX version 3, release 2; DEC, DEC UNIX V4.0; HP, HP-UX 10.01 and Intel X86, Linux v2.0.24 (other variations may need source changes).
(C) Ohio State University, GNU license V2.
1) It comments out lines rather than removing them so toolset error messages still refer to the relevant source line.
2) For the same reason it is able to reverse it's own effect and re-construct it's input.
3) It offers more optional methods for defining symbols and extra directives.
4) It can modify files in-place, and can optionally annotate conditional directives with useful debugging data.
5) It can perform simple textual substitutions in the output code, and process embedded code-template files to generate standard constructs.
6) It possesses a (rather lightweight) capability to import constants from C header files directly into occam source code.
7) It can expand references to environment variables within any file specification attached to either it's own, or the occam compiler's native directives (#INCLUDE, &c.).
Documentation, source, transputer and DOS binaries included.
See http://www.cs.umd.edu/projects/omega/ for more details.
The international symposium covers all aspects of high performance computing; both applied as well as theoretical. Topic areas of interest include architecture, enabling technologies, software systems, algorithms, and applications for parallel, distributed, or vector systems. However, papers addressing all aspects of high performance computing are also welcome. The symposium will be fully refereed.
Topics: 1. High Performance Applications; 2. Distributed Systems and Applications; 3. Scaleable and Interoperable Systems; 4. Software for High Performance Computing; 5. Architecture; 6. Interconnections Networks & Communications; 7. Photonics and Optical Computing; 8. Visualization; 9. Performance, Modelling, and Simulation; 10. Compilation Techniques; 11. Parallel Programming Languages; 12. Algorithms and 13. Other Topics in High Performance Computing.
Deadlines: Manuscripts: 28th February 1997; Notification: 15th April 1997; Camera-ready copy: 20th May 1997.
Languages/libraries supported include HPF, MPI, PVM, C*, and CM-Fortran.
See also http://www.think.com/
Topics: existing industrial applications in CFD, FE, chemistry, and others, and new applications like multimedia support, data compression, geographical information systems, cognitive recognition, embedded systems, parallel design and implementation, dynamic distribution, computational steering and others.
Deadlines: Papers: 20th January 1997 (paper), 1st February 1997 (electronic); Notification: 2nd May 1997; Final versions: 10th June 1997; Early Registration: 30th June 1997.
See also http://www.uni-passau.de/europar97/ for Euro-Par 97 information.
Topics: automatic parallelization techniques; the production of parallel programs using high performance compilers; interplay between compiler technology and communication libraries; compiler optimizations; static analysis; program transformations; ;scheduling; allocation; mapping; communication optimization; code generation and others.
Deadlines: Papers: 20th January 1997 (paper), 1st February 1997 (electronic). Early Registration: 30th June 1997.
See also http://www.uni-passau.de/europar97/ for Euro-Par 97 information.
Topics: routing algorithms; communication costs of parallel algorithms; interconnection networks; fault-tolerant communication; synchronization in parallel computers; deadlock-free routing; algorithms for collective communication; graph embedding and others.
Deadlines: Papers: 20th January 1997 (paper), 1st February 1997 (electronic); Notification: 2nd May 1997; Final versions: 10th June 1997; Early Registration: 30th June 1997.
See also http://wwwmayr.informatik.tu-muenchen.de/conf/ws_02_europar97_cfp.ps for Postscript version of this call and http://www.uni-passau.de/europar97/ for Euro-Par 97 information.
Topics: design and analysis of randomized algorithms; randomized complexity; derandomization techniques; design and analysis of approximation algorithms; complexity of approximation problems; parallel and network algorithms; various applications and others.
Deadlines: Papers: 15th February 1997; Notification: 21st April 1997; Camera-ready papers: 11th May 1997.
See also http://cuiwww.unige.ch/~random97
A free one-day inter-disciplinary seminar that willdeal with the application of Molecular Dynamics methods to a wide variety of scientific areas from materials structure to cosmology, but focused on implementations on massively parallel machines.
Topics: Development and Debugging of Parallel and Distributed Programs; Distributed and Parallel Applications; Distributed and Parallel Languages; Distributed Operating Systems; Distributed Shared Memory; Distributed Scheduling and Load Balancing ; High Speed Networks for Parallel Processing; Massive Parallel Processing ; Instruction-Level Parallel Processing; Parallel and Distributed Algorithms; Parallel and Distributed Computing Systems; Parallel Processing on Clusters of Workstations and Servers ; Parallelizing Compilers; Performance of Parallel and Distributed Computing Systems and others.
Deadlines: Papers, Tutorials: 17th March 1997; Notification: 18th July 1997; Camera-ready papers: 1st September 1997; Registration: 15th October 1997.
See also http://www.cm.deakin.edu.au/ica3pp97
Topics: End-user HPCN applications, computational science and computer science research in HPCN.
NOTE NEW DEADLINES:
Deadlines: Extended Abstracts / Full Papers: 19th November 1996; Posters: 19th November 1996; Workshops: 19th November 1996; Notification: 1st February 1997.
See also http:/www.supercomp.org/sc96/
See also http:/www.supercomp.org/sc96/
See also http:/www.supercomp.org/sc96/
See also http:/www.supercomp.org/sc96/
2.0.5 fixes memory problems while orering small graphs and improves speed of corarsening.
XPVM provides a graphical interface to the PVM console commands and information, along with several animated views to monitor the execution of PVM programs. These views provide information about the interactions among tasks in a parallel PVM program, to assist in debugging and performance tuning.
To analyze a program using XPVM, a user need only compile their program using the PVM library, version 3.3 or later, which has been instrumented to capture tracing information at run-time. Then, any task spawned from XPVM will return trace event information, for analysis in real time, or for post-mortem playback from saved trace files.
Release includes binaries for sun4, sgi5, rs6k and alpha as well as source.
This is an on-the-net program for studying high performance computing using Web-based materials and CTC machines.
Deadline: Registration: 27th November 1996.
See also http://www.tc.cornell.edu/Edu/VW/
Topics: Architecture, Benchmarking; Command and Control Systems; Communications and Networking; Databases; Embedded Systems; Fault Tolerance; Formal Methods; Instrumentation; Languages (Real-Time); Multimedia; New Paradigms; Object Orientation; Signal and Image Processing; Software Architectures; Systems Engineering; Tools and Environments; Validation and Simulation; Visualization and others.
Deadlines: Manuscripts: 1st December 1996; Notification: 20th December 1996; Camera-ready papers: 24th January 1997.
See also http://cuiwww.unige.ch/~ipps97/
An annual conference dedicated to the discussion of recent developments and applications of parallel computing in the field of Computational Fluid Dynamics and related disciplines.
Topics: reacting flows, rarefied gas flows, multiphase flows, plasma flows, turbulent flows, LES, DNS, re-entry