P. Kacsuk et al. GRADE: A graphical development and debugging environment for parallel programs. Parallel Computing Journal, Elsevier, 22(13):17471770, February 1997. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Tracing System-Level Communication in Object-Oriented Distributed.. - Mann (2001) (Correct)
....solutions for system level tracing. If the whole distributed system is developed in a single programming environment, then this environment will be capable of providing tracing solutions for multiple abstracion levels, not only for system level communication. An example for such a system is GRADE [5]. However, this kind of distributed software development is not typical, largely because middleware systems have to be able to integrate legacy applications as well. Moreover, the problems of distributed tracing (mentioned in section III A) are typical tasks of the middleware. So it is again the ....
P. Kacsuk et al, GRADE: A graphical development and debugging environment for parallel programs, Parallel Computing Journal, Elsevier, vol. 22, no. 13, pp. 17471770, Feb. 1997.
A Universal Infrastructure for the Run-time Monitoring.. - Wismüller, Trinitis.. (Correct)
....First, it will be used as an implementation platform for the ongoing tool developments at LRR TUM, and also at other institutes. e.g. the MTA SZTAKI Research Institute of the Hungarian Academy of Science will use the OCM to monitor programs designed with the GRADE graphical programming environment [8]. 2 The second goal is to validate the concepts and interfaces specified by OMIS and to gain experience guiding further refinements of the specification. Finally, the OCM also serves as a reference for other implementors that want to develop an OMIS compliant monitoring system. Therefore, the ....
P. Kacsuk, J. Cunha, G. Dzsa, J. Lourenco, T. Antao, and T. Fadgyas. GRADE: A Graphical Development and Debugging Environment for Parallel Programs. Parallel Computing, 22(13):1747--1770, Feb. 1997.
Parallel and Distributed Implementation of Large Industrial.. - Luksch (1999) (Correct)
....dependencies, however, is indispensable for a parallelization project to be successful. To our experience, parallelization is best done in an interdisciplinary effort of computer scientists, who contribute know how on tools for analysis (e.g. FORGE 1 ) design and development (e.g. GRADE 2 [2], TOOL SET 3 [3] and experts from the application domain having detailed know how on the sequential code. This experience has motivated the interdisciplinary approach taken in the project SEMPA 4 that brings together partners from industry and academia with experience and com1 ....
P. Kacsuk, J.C. Cunha, G. Dozsa, J. Lourenco, T. Antao, and T. Fadgyas. GRADE: A graphical development and debugging environment for parallel programs. Parallel Computing, 22(13):1747--1770, February 1997. ftp://ftp.lpds.sztaki.hu/pub/lpds/publications/GRADE/grade-journal97.ps.gz.
OCM - A Monitoring System for Interoperable Tools - Wismüller, Trinitis, Ludwig (1998) (4 citations) (Correct)
....[12] and at other institutes. Currently, there are cooperations with the MTA SZTAKI Research Institute (formerly KFKI MSZKI) in Budapest, Hungary 1 , where the OCM will be used to support debugging and performance analysis of programs designed with the GRADE graphical programming environment [6], the University of Vienna, Austria (debugging of Vienna FORTRAN programs) and the Institute of Computer Science, AGH in Krakow, Poland (performance analysis of MPI applications) The second goal is to validate the usability of the concepts and interfaces specified by OMIS and to gain experiences ....
P. Kacsuk, J. Cunha, G. Dzsa, J. Lourenco, T. Antao, and T. Fadgyas. GRADE: A Graphical Development and Debugging Environment for Parallel Programs. Parallel Computing Journal, 22(13):1747--1770, Feb. 1997.
Parallel and Distributed Implementation of Large Scale Industrial .. - Luksch (Correct)
....dependencies, however, is indispensable for a parallelization project to be successful. To our experience, parallelization is best done as an interdisciplinary effort of computer scientists, who contribute know how on tools for analysis (e.g. FORGE [1] design and development (e.g. GRADE 1 [2], TOOL SET 2 [3] and experts from the application domain having detailed know how on the sequential code. This experience has motivated the interdisciplinary approach taken in the project SEMPA that brings together partners from industry and academia with experience and competence in ....
P. Kacsuk, J.C. Cunha, G. Dozsa, J. Lourenco, T. Antao, and T. Fadgyas, "GRADE: A graphical development and debugging environment for parallel programs", Parallel Computing, vol. 22, no. 13, pp. 1747--1770, Feb. 1997, ftp://ftp.lpds.sztaki.hu/pub/lpds/publications/GRADE/gradejournal97. ps.gz.
Tracing System-Level Communication in Distributed Systems - Mann, Kondorosi (2004) (Correct)
No context found.
P. Kacsuk et al. GRADE: A graphical development and debugging environment for parallel programs. Parallel Computing Journal, Elsevier, 22(13):17471770, February 1997.
OMIS - On-Line Monitoring Interface Specification - Ludwig, Wismüller, Sunderam.. (1997) (23 citations) (Correct)
No context found.
P. Kacsuk, J.C. Cunha, G. Dozsa, J. Lourenco, T. Antao, and T. Fadgyas. GRADE: A Graphical Development and Debugging Environment for Parallel Programs. Parallel Computing Journal, 22(13):1747-1770, February 1997.
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