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How MetaEdit+ Supports Co-Evolution of Modeling Languages, Tools and Models.

, and . MoDELS (Companion), page 9-13. IEEE, (2023)

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Modeling Requirements for Future CASE: Issues and Implementation Considerations., , , , , and . ICIS, page 9-20. Association for Information Systems, (1992)MetaEdit+: domain-specific modeling for full code generation demonstrated GPCE.. OOPSLA Companion, page 39-40. ACM, (2004)MetaEdit+: defining and using domain-specific modeling languages and code generators., and . OOPSLA Companion, page 92-93. ACM, (2003)The 11th workshop on domain-specific modeling., , , and . SPLASH Workshops, page 5-6. ACM, (2011)Incremental Method Engineering with Modeling Tools: Theoretical Principles and Empirical Evidence. University of Jyväskylä, (1998)Domain-Specific Modeling and Code Generation for Product Lines.. SPLC (2), page 4. Kindai Kagaku Sha Co. Ltd., Tokyo, Japan, (2007)Domain-Specific Modeling for Robotics: From Language Construction to Ready-made Controllers and End-user Applications., , and . MORSE@RoboCup, page 47-54. ACM, (2016)Describing variability with domain-specific languages and models., and . SPLC (A), page 51:1. ACM, (2019)Model-Driven Development Challenges and Solutions - Experiences with Domain-Specific Modelling in Industry., and . MODELSWARD, page 711-719. SciTePress, (2016)Effort Used to Create Domain-Specific Modeling Languages., and . MoDELS, page 235-244. ACM, (2018)