The three aspects of Sustainable Computing for Continuous Engineering
Three aspects of Sustainable Computing for Continuous Engineering.

Sustainable Computing for Continuous Engineering

With the increasing dependency of everyday life on computer-aided support, moving large portions of the needed application programming load from programming experts to application experts or even to end-users becomes a major challenge: In particular, typical daily adaptations and modifications should be in the hands of the application experts.

SCCE Projects

Model-Driven Engineering

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CINCO

The generator-driven development environment for domain-specific graphical modeling tools

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DIME

The Integrated Modeling Environment for creating web applications

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Pyro

The tool for creating Web-based modeling environments

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Pyrus

The Web-based, low code tool for Data Analytics

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Rig

The Integrated Modeling Environment for low code CI/CD Modeling

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Verification

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M3C

The Java library for model checking of (modal) context-free systems

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Machine Learning

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ADD-Lib

The Java Library for Algebraic Decision Diagrams, Code Generation, and Layouting

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ALEX

The Web-based tool for learning automate of Web applications at ease

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AutomataLib

The Java library for modeling automata, graphs, and transition systems

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Forest GUMP

The Web-based tool for aggregating and interpreting Random Forests using ADDs

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LearnLib

The Java library for automata learning algorithms

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