G. C. Fox, W. Furmanski, P. Hornberger, J. Niemiec, and D. Simini, "Towards Interac- tive HPCC: High Performance Fortran Interpreter," Demo at the Supercomputing'93, Portland, Oregon, 1993. http://www.npac.syr.edu/PROJECTS/PUB/wojtek/hpsin/doc/tvr.ps  Home/Search   Document Not in Database   Summary   Related Articles   Check

.... with prototype compilers and community language definition [15] This led a major project from ARPA to develop in collaboration with Rice a prototype High Performance Fortran (Fortran90D) compiler, including a High Performance Fortran interpreter that was demonstrated at Supercomputing 93, 6] [13]. This early HPF compiler was licensed by the Portland Group whose resultant commercial product is quite highly regarded. The prototype HPF interpreter was our first study of some of the issues we wish to follow up in this proposal. We believe Web technology is now advanced enough that we can ....

G. C. Fox, W. Furmanski, P. Hornberger, J. Niemiec, and D. Simini, "Towards Interac- tive HPCC: High Performance Fortran Interpreter," Demo at the Supercomputing'93, Portland, Oregon, 1993. http://www.npac.syr.edu/PROJECTS/PUB/wojtek/hpsin/doc/tvr.ps

....and Optimization of Interpreted and Compiled Languages A Proposal to the NSF in response to CCR Programs 97 (NPAC Technical Report SCCS 780) Geo rey C. Fox, Xiaoming Li , Yuhong Wen, Guansong Zhang Northeast Parallel Architectures Center at Syracuse University Syracuse, New York 13244 4100 315 443 2163, fgcf,lxm,wen,zgsg npac.syr.edu February 12, 1997 Visiting scholar from Harbin Institute of Technology, China 1 A. Project summary The increasing power of computers should be used not just to solve larger more complex problems but also to produce more attractive ....

....array primitives and forall statements which are then implemented by ecient runtime. Such a coarse grain analysis can in the spirit of MATLAB or APL, be implemented with an interpreter as this would not have signi cant overhead. We in fact built a successful but not sustainable prototype HPF interpreter in 1993 94 which we intend to essentially generalize here. We see web technology now gives us appropriate infrastructure which we can use to build far more e ective systems than was possible 3 years ago. In summary, the objectives of this research include: Identi cation of issues in optimal ....

[Article contains additional citation context not shown here]

G. C. Fox, W. Furmanski, P. Hornberger, J. Niemiec, and D. Simini, \Towards Interactive HPCC: High Performance Fortran Interpreter," Demo at the Supercomputing'93, Portland, Oregon, 1993. http://www.npac.syr.edu/PROJECTS/PUB/wojtek/hpsin/doc/tvr.ps

....real time preemptive multithreading integrated with the MovieScript passing based communication, and offering scriptable interfaces to Open Systems modules such as X Motif or PHIGS GL and parallel languages such as HPF. MOVIE based HPF interpreter has been demonstrated at the Supercomputing 93 [FFHNS93]. In preparation are interfaces to dataflow visualization systems (AVS) hypermedia navigation systems (Mosaic) and object oriented databases (Postgres) On top of this general purpose infrastructure support for high performance simulations, we intend to develop MovieScript interfaces to several ....

Fox, G.C., Furmanski, W., Hornberger, P., Niemiec, J. and Simoni, D., "Towards Interactive HPCC: High Performance Fortran Interpreter", handout material for the demo presented at the Supercomputing '93, Portland, OR, Nov 15--19, 1993.

....offers such a framework, and Java HotJava could be naturally extended by developing Java interpreter based WebWork compute servers. We also explored previously a similar methodology in the MOVIE (Multitasking Object oriented Visual Interactive Environment) Furm94] server based HPF interpreter [FFHNS93] at NPAC, and developed an extended PostScript syntax based language, MovieScript, to integrate selected computational domains such as windowing (Motif) networking (sockets) and matrix algebra (Fortran90) MOVIE will be used in Year 3 of this project to package PCRC runtime libraries as WebFlow ....

.... and publish the problem, and to evaluate several solution candidates mentioned above, based on the lessons learned in prototyping WebWork applications, as well as our previous experience with common intermediate language formats for multitarget optimizing compilers [CCW95] and interpreters [FFHNS93]. 2.6 Layer 3: High Level Environments WebWork users will be offered a collection of high level programming or GUI based authoring environments, suitable for assembling various application classes from module libraries. We discuss here a few such user level environments that will be prototyped as ....

[Article contains additional citation context not shown here]

Fox. G.C., Furmanski, W., Hornberger, P., Niemiec, J., and Simoni, D., "Towards Interactive HPCC: High Performance Fortran Interpreter", Demo at the Supercomputing'93, Portland, Oregon, 1993. http://www.npac.syr.edu/PROJECTS/PUB/wojtek/hpsin/hpfi.html

....and Optimization of Interpreted and Compiled Languages A Proposal to the NSF in response to CCR Programs 97 (NPAC Technical Report SCCS 780) Geoffrey C. Fox, Xiaoming Li , Yuhong Wen, Guansong Zhang Northeast Parallel Architectures Center at Syracuse University Syracuse, New York 13244 4100 315 443 2163, fgcf,lxm,wen,zgsg npac.syr.edu February 12, 1997 Visiting scholar from Harbin Institute of Technology, China A. Project summary The increasing power of computers should be used not just to solve larger more complex problems but also to produce more attractive ....

....primitives and forall statements which are then implemented by efficient runtime. Such a coarse grain analysis can in the spirit of MATLAB or APL, be implemented with an interpreter as this would not have significant overhead. We in fact built a successful but not sustainable prototype HPF interpreter in 1993 94 which we intend to essentially generalize here. We see web technology now gives us appropriate infrastructure which we can use to build far more effective systems than was possible 3 years ago. In summary, the objectives of this research include: ffl Identification of issues in optimal ....

[Article contains additional citation context not shown here]

G. C. Fox, W. Furmanski, P. Hornberger, J. Niemiec, and D. Simini, "Towards Interactive HPCC: High Performance Fortran Interpreter," Demo at the Supercomputing'93, Portland, Oregon, 1993. http://www.npac.syr.edu/PROJECTS/PUB/wojtek/hpsin/doc/tvr.ps

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