ViPER – A Component-Based Approach for Designing Real-Time Systems
BUILDING COMPLEX AUTOMATION SYSTEMS BASED ON THE SIMULATION OF OBJECT-ORIENTED BASIC COMPONENTS
Lectures | Institute of Industrial Automation and Software Engineering | University of Stuttgart
Embedded and Real Time System Development: A Software Engineering Perspective | SpringerLink
Empirical Software Engineering | Institute of Software Engineering | University of Stuttgart
Lectures | Institute of Industrial Automation and Software Engineering | University of Stuttgart
Institute for Visualization and Interactive Systems | University of Stuttgart
![PDF] Flexible web-based management of components for industrial automation | Semantic Scholar](https://d3i71xaburhd42.cloudfront.net/559e22d08f2dbf80b8855b475294784c09ebe926/135-Figure7.4-1.png "PDF] Flexible web-based management of components for industrial automation | Semantic Scholar")
PDF] Flexible web-based management of components for industrial automation | Semantic Scholar
Specification of Hard Real-Time Industrial Automation Systems with ...
Software engineering for real-time systems
Computer Vision | Institute for Visualization and Interactive Systems | University of Stuttgart
PDF) Cyber physical systems in the context of Industry 4.0
Mihai Bace - Postdoc @ Uni. Stuttgart
Software Engineering for Real-time Systems Volume 2: Designing and Developing Real-time Software (The engineering of real-time embedded systems): Cooling, Jim: 9781729489116: Books
Institute of Software Engineering | University of Stuttgart
Institute | Institute for System Dynamics | University of Stuttgart
Visualization Research Center | University of Stuttgart
Software Engineering for AI-Based Systems: A Survey
Enhancing real-time object-oriented analysis methods
PDF) CV of Asim Abdulkhaleq.
