Towards a Classification to Facilitate the Design of Domain-Specific Visual Languages

Author:

Bácsi SándorORCID,Mezei GergelyORCID

Abstract

Domain-specific visual languages (DSVLs) are specialized modeling languages that allow the effective management of the behavior and the structure of software programs and systems in a specific domain. Each DSVL has its specific structural and graphical characteristics depending on the problem domain. In the recent decade, a wide range of tools and methodologies have been introduced to support the design of DSVLs for various domains, therefore it can be a challenging task to choose the most appropriate technique for the design process. Our research aims to present a classification to guide the identification of the most relevant and appropriate methodologies in the given scenario. The classification is capable enough to provide a clear and precise understanding of the main aspects that can facilitate the design of DSVLs.

Publisher

University of Szeged

Subject

Computer Vision and Pattern Recognition,Software,Computer Science (miscellaneous),Electrical and Electronic Engineering,Information Systems and Management,Management Science and Operations Research,Theoretical Computer Science

Reference18 articles.

1. Model-Driven Software Development

2. Blockly website. https://developers.google.com/blockly/

3. A Suite of Metamodels as a Basis for a Classification of Visual Languages

4. Sparql playground: A block programming tool to experiment with sparql;Bottoni,2015

5. A Classification System for Visual Programming Languages

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