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2011•Unpublished venueRequires access

Visual Modeling for Parallel Programming Based on DSL

Wang Mengmeng, Yu Ce, Sun Jizhou, Sun Chao, Jinyan Chen

Open publisher page 2 citations

Abstract

Parallel Application Visual Modeling (PAVM) is a system that simplifies the development of parallel applications by providing a graphical user interface for visually modeling and generating corresponding source code framework according to the constructed model. The specification of graphical construction blocks and composition rules are proposed to help construct feasible visual models. Model checker is designed to conduct model verification, and code generator is implemented to translate models to source code framework. PAVM is implemented based on DSL tools. With the help of PAVM, programmers are able to focus on algorithm design and obtain source code framework from graphical models.

About this research paper

What this paper is about

Parallel Application Visual Modeling (PAVM) is a system that simplifies the development of parallel applications by providing a graphical user interface for visually modeling and generating corresponding source code framework according to the constructed model. The specification of graphical construction blocks and composition rules are proposed to help construct feasible visual models. Model checker is designed to conduct model verification, and code generator is implemented to translate models to source code framework. PAVM is implemented based on DSL tools. With the help of PAVM, programmers are able to focus on algorithm design and obtain source code framework from graphical models.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Parallel Application Visual Modeling (PAVM) is a system that simplifies the development of parallel applications by providing a graphical user interface for visually modeling and generating corresponding source code framework according to the constructed model. The specification of graphical construction blocks and composition rules are proposed to help construct feasible visual models. Model checker is designed to conduct model verification, and code generator is implemented to translate models to source code framework. PAVM is implemented based on DSL tools. With the help of PAVM, programmers are able to focus on algorithm design and obtain source code framework from graphical models.

Key concepts: Computer science, Digital subscriber line, Programming language, Visual modeling, Code generation, Source code, Visual programming language, Graphical user interface

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