Publication Name The Generic Modeling Environment
Publication Type Conference Proceedings
Publication Date May 17, 2001
Conference Name Workshop on Intelligent Signal Processing
Reference Information accepted
City Budapest
State or Country Hungary
Download Publication Ledeczi_A_5_17_2001_The_Generi.pdf 
Bibliography Entry Ledeczi A., Maroti M., Bakay A., Karsai G., Garrett J., Thomason IV C., Nordstrom G., Sprinkle J., Volgyesi P.: The Generic Modeling Environment, Workshop on Intelligent Signal Processing, accepted, Budapest, Hungary, May 17, 2001.

Akos Ledeczi

first name dot last name at vanderbilt dot edu


Miklos Maroti


Arpad Bakay


Gabor Karsai


Jason Garrett


Charles Y Thomason IV


Greg G Nordstrom


Peter Volgyesi


MetaGME Metamodeling Environment

GME-based toolsuite for specifying and synthesizing domain-specific modeling environments from UML/OCL-based metamodels.


GME: The Generic Modeling Environment

GME is a configurable graphical modeling environment that supports building multi-aspect, hierarchical models. It also has flexible constraint management and automatic program synthesis capabilities.


Model Integrated Computing

Providing rich, domain-specific modeling environments including model analysis and model-based program synthesis tools.


Generic support for visual modeling

ISIS has developed a generic modeling environment (GME) that supports the editing of domain-specific models. This tool is a "meta-tool" as it can be tailored for the needs of specific domains with various semantics. The further development of this tool and the supporting infrastructure for meta-modeling is a very active area of research.


Modeling languages

ISIS has developed a large number of visual languages for modeling complex systems. Designing and implementing modeling languages for domain-specific applications is one of the key characteristics of our research.

Associated Keywords
configurable visual editors, domain-specific environment, domain-specific program synthesis, embedded systems, GME2000, Metamodeling, MIC, MIPS, Modeling Paradigms, Constraints, domain-specific modeling, DSP, GME, MCL, MGA, Model-based systems, models, Multigraph Architecture, Modeling, Model-Integrated Computing


Distributed Object Computing
Model-Integrated Computing
Model-Driven Architecture
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