Continuous Model-Driven Engineering
Keep reading to see how we managed to combine modeling and continuous delivery and how this combination is beneficial for both continuous integration / deployment and model-driven tools
Keep reading to see how we managed to combine modeling and continuous delivery and how this combination is beneficial for both continuous integration / deployment and model-driven tools
Margaret Hamilton is not only a software engineering pioneer but a model-driven one as well. Her work on the Universal Systems Language already embedded many of the key modeling concepts we use nowadays (platform-independence, code-generation,…).
We propose to employ graph kernels for clustering software modeling artifacts. Among other benefits, this would improve the efficiency and usability of a variety of software modeling activities, e.g., design space exploration, testing or verification and validation.
Model-driven engineering is the perfect complement to domain-driven design by providing DDD with the tools to realize its promise
Revisiting all aspects of model-driven engineering (application, teaching, verification , tooling, research,…) promoting a lightweight perspective to maximize MDE success and adoption
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