RTSS@Work 2022 Proceedings Online

I have had the honor to serve as the chair of RTSS@Work 2022, the open demo session organized as a part of the 43rd IEEE Real-Time Systems Symposium, held in Houston, Texas on December 6, 2022. The goal of RTSS@Work is to provide a platform for researchers to present prototypes, tools, simulators, and systems, which extend the state-of-the-art in Real-Time Technologies and Techniques. It augments the traditional forum by enabling presenters to demonstrate working systems, thereby allowing them to directly engage with the audience, generate interest in new research topics, and encourage wider adoption of common frameworks.

This year’s RTSS@Work was very special, as it was the first physical instance after years of virtual events due to the COVID pandemic. It was nice to meet each other again and to physically demonstrate and discuss the work we have done. While the COVID pandemic reduced the number of submissions in previous years, I am happy to announce that we had nine demo submissions this year, on par with the pre-pandemic era. The program committee, comprising seven researchers, selected eight demos to appear in the session. I would like to thank the program committee for accepting my invitation and for spending their time reviewing and selecting the demo abstracts. I would also like to thank the authors for submitting to RTSS@Work, for delivering the camera-ready abstracts on time, and for demonstrating their work at the conference.

The proceedings of RTSS@Work 2022 are now available online.

Mastering Complexity – Academia, Industry and TNO working intimately together

The 3rd Annual Program Day for the Mastering Complexity (MasCot) Partnership program took place on Wednesday October 19. This time, the event was hosted by the University of Amsterdam and was held in the Startup Village at Science Park. Approximately 40 participants from academia, industry, NWO, and TNO attended the event. After a brief introduction, project updates were given from the four academic projects in the program:

  1. Scheduling Adaptive Modular Flexible Manufacturing Systems (SAM-FMS)
  2. Programming and Validating Software Restructurings
  3. TiCToC – Testing in Times of Continuous Change
  4. Design Space Exploration 2.0: Towards Optimal Design of Complex, Distributed Cyber Physical Systems

This was followed by Q&A and a short interaction where participants tried to identify the general complexity management techniques used in the projects. In the afternoon, there were breakout sessions focusing on the way-of-working in MasCot projects, how to best involve and engage all stakeholders in the project: industry and academic partners, users, and ESI liaisons. This allowed the different projects to listen to how the others organized their work, e.g. in terms of regular meetings and working on industry location, during the first years and reflect on the best way-of-working to reach their goals for the next stage.

The event was followed by a social program with informal networking set to the tune of a boat ride with drinks on the beautiful canals of a sunny autumn-colored Amsterdam and a dinner at the restaurant In de Waag.

Serving the Real-time Systems Community

I have been a part of the academic real-time systems community for many years by serving on the technical program committee of many key conferences, as well as reviewing articles for the real-time systems journal. This year, I am serving the real-time systems community in the following four ways.

I look forward to working with and serving the community in these roles.

5th Workshop on Compositional Theory and Technology for Real-Time Embedded Systems

I have been appointed program co-chair of the on 5th Workshop Compositional Theory and Technology for Real-Time Embedded Systems (CRTS 2012) together with Bjorn Andersson from the Software Engineering Institute at Carnegie Mellon University, USA. The workshop is co-located with the Real-Time Systems Symposium (RTSS) in Puerto Rico and takes place on December 4th, 2012. The goal of the workshop is to reduce the increasing design and analysis cost of real-time embedded systems by proposing solutions based on compositional platforms and methodologies. These enable decomposition of a complex systems into components that can be designed and analyzed in isolation and then integrated using interfaces with clearly defined temporal and functional properties. We gladly invite you to submit contributions to the workshop or to participate during your stay at RTSS.

Click here to visit the workshop website.