Visual parallel programming in Monads-DPV

Kacsuk, Péter; Haring, Günter; Ferenczi, Szabolcs; Pigel, Georg; Dózsa, Gábor; Fadgyas, Tibor

doi:10.1109/empdp.1996.500606

Cited by 3 publications

(3 citation statements)

References 8 publications

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“…P-GRADE (Professional GRaphical Application Development Environment) [3] is an integrated graphical programming environment for development and execution of parallel programs based on the MPI/PVM [7] message-passing programming paradigm. It consists of several software tools, which assists the different steps of the development process.…”

Section: Graphical Development and Execution Environment / P-gradementioning

confidence: 99%

Creating scalable traffic simulation on clusters

Gourgoulis

Terstyansky

Kacsuk

et al. 2004

12th Euromicro Conference on Parallel, Distributed and Network-Based Processing, 2004. Proceedings.

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Section: Graphical Development and Execution Environment / P-gradementioning

confidence: 99%

Creating scalable traffic simulation on clusters

Gourgoulis

Terstyansky

Kacsuk

et al. 2004

12th Euromicro Conference on Parallel, Distributed and Network-Based Processing, 2004. Proceedings.

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“…In the SEPP project [6] (Software Engineering for Parallel Processing) a toolset based on six types of tools has been developed. There are static design tools, dynamic support tools, debugging tools, behaviour analysis tools, simulation tools and visuMisation tools [14,10,15]. These tools are integrated within the GRADE environment [16,11].…”

mentioning

confidence: 99%

EDPEPPS: A toolset for the design and performance evaluation of parallel applications

Delaitre

Zemerly

Vekarya

et al. 1998

Euro-Par’98 Parallel Processing

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This paper describes a performance-oriented environment for the design of portable parallel software. The environment consists of a graphical design tool based on the PVM communication library for building parallel algorithms, a state-of-the-art simulation engine, a CPU characteriser and a visualisation tool for animation of program execution and visualisation of platform and network performance measures and statistics. The toolset is used to model a virtual machine composed of a cluster of workstations interconnected by a local area network. The simulation model used is modular and its components are interchangeable which allows easy re-configuration of the platform. Both communication and CPU models are validated.

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“…It is different to what exists in the standard practice, where the control is always derived from a local state inside a processor. P-GRADE [KDF97] allows users to specify graphically parallel processes, their interconnections and the internal structure of each process. A programmer specifies a program by the use of a graphical user interface and does not need to know any technical details of communication libraries.…”

Section: Distributed and Parallel Systemsmentioning

confidence: 99%

Graphical Design of Parallel Programs with Control Based on Global Application States Using an Extended P-Grade System

Tudruj

Borkowski

Kopanski

The International Series in Engineering and Computer Science

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An extension of the graphical parallel program design system P-GRADE towards specification of program execution control based on global application state monitoring is presented. De-coupled structured specifications of computational and control elements of parallel programs are assumed. Special synchronizer processes collect process state messages supplied with time interval timestamps and construct strongly consistent application states. Control predicates are evaluated on these states by synchronizers. As a result, control signals can be sent to application processes to stimulate desired reactions to the predicates. The signals can cause asynchronous computation activation or cancellation. Implementation of a parallel program of Traveling Salesman Problem (TSP) solved by branch-and-bound (B&B) method is described to illustrate properties of the new system. parallel program design, graphical support tools, synchronization-based control, global program states.Abstract:

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Visual parallel programming in Monads-DPV

Cited by 3 publications

References 8 publications

Creating scalable traffic simulation on clusters

Creating scalable traffic simulation on clusters

EDPEPPS: A toolset for the design and performance evaluation of parallel applications

Graphical Design of Parallel Programs with Control Based on Global Application States Using an Extended P-Grade System

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