35th Euromicro Conference on Real-Time Systems (ECRTS’23)
July 11–14, 2023 | Vienna, Austria | ecrts.org
Submission deadline: March 1, 2023 (23:59 AoE)
Submission website: https://hotcrp.ecrts.org
ECRTS is the premier European venue in the area of real-time systems and, alongside RTSS and RTAS, ranks as one of the top three international conferences on this topic.
ECRTS 2023 will be held as a physical conference on July 11-14, 2023 in Vienna, Austria.
Scope and topics of interest
Papers on all aspects of timing requirements in computer systems are welcome. Systems of interest include not only hard real-time systems but also time-sensitive systems in general (e.g., systems with soft requirements expressed in terms of tail latency, latency SLAs, QoS expectations, etc.). Typical applications are found not only in classical embedded and cyber-physical systems, but also increasingly in cloud or edge computing contexts, and often stem from domains such as automotive, avionics, telecommunications, healthcare, robotics, and space systems, among others. To be in scope, papers must address some form of timing requirement, broadly construed.
ECRTS welcomes theoretical and practical contributions (including tools, benchmarks, and case studies) to the state of the art in the design, implementation, verification, and validation of time-sensitive systems.
In recent years, the scope of ECRTS has been extended to cover different aspects of real-time systems, including, but not limited to:
- all elements of time-sensitive COMPUTER SYSTEMS, including operating systems, hypervisors, middlewares and frameworks, programming languages and compilers, runtime environments, networks and communication protocols, FPGAs, time-predictable processors and memory controllers, etc.;
- REAL-TIME NETWORKS: including wired and wireless sensor and actuator networks, Time-Sensitive Networks (TSN), industrial IoT, Software Defined Network (SDN), 5G, end-to-end latency analysis, etc.;
- static and dynamic techniques for RESOURCE DEMAND ESTIMATION, including stochastic and classic worst-case execution time (WCET) analysis, analyses to bound memory and bandwidth needs, and methods for determining the energy, power, or thermal footprint of real-time applications;
- FORMAL METHODS for the verification and validation of real-time systems, including model checking, computer-assisted proofs, and runtime monitoring systems;
- the interplay of timing predictability and other NON-FUNCTIONAL QUALITIES such as reliability, security, quality of control, energy/power consumption, environmental impact, testability, scalability, etc.;
- foundational SCHEDULING and PREDICTABILITY questions, including schedulability analysis, algorithm design, synchronization protocols, computational complexity, temporal isolation, probabilistic guarantees, etc.;
- REAL-TIME APPLICATION design and evaluation: including automotive, avionics, control systems, industrial automation, robotics, space, railways telecommunications, multimedia, etc.; and
- last but not least, emerging topics such as the use of MACHINE LEARNING techniques in safety-critical systems.
The above list of topics is intended only as a coarse summary of recent proceedings and should not be understood as an exclusive list of interests. On the contrary, papers breaking new ground, departing from established subfields, or challenging the status quo are most welcome and highly encouraged.
The models, assumptions, and application scenarios upon which papers build must be properly motivated. Whenever relevant, we strongly encourage authors to present experimental results (preferably based on real data, but synthetic test cases are acceptable) and/or to demonstrate the applicability of their approach to real systems (examples can be found at ecrts.org/industrial-challenge). We encourage open-source initiatives and computer-assisted proofs to increase confidence in practical and theoretical results and to improve their reusability.
Every accepted paper must be presented by one of the authors at the conference. Template and typesetting instructions can be found here.
Flexible page limit
No more hard page limit! We believe that scientists should focus on the content of their papers, rather than worry about formatting tricks and layout micro-optimizations to squeeze the last few paragraphs under a given hard page limit. ECRTS, therefore, adopts a flexible page limit with an expected length of 15 pages of technical content (including any appendices, excluding references and the title page) and the option to use additional pages when needed. To be clear, concision is a hallmark of good academic writing, and authors are still expected to make every effort to keep their conference papers as brief as possible to serve readers best. The flexible page limit is intended to take the stress out of the last couple of sentences spilling onto an extra page, not to invite excessive amounts of content that exceed the limits of a conference paper.
See the flexible page limit policy for more detailed rules and examples.
Double-blind peer reviewing
In the interest of maximizing fairness and the meritocratic nature of the evaluation process, ECRTS will follow a double-blind peer reviewing process. Authors will submit blinded manuscripts (that do not reveal author identity or affiliation) and reviewers will not be made aware of author identities until after acceptance/rejection decisions have been made. Papers not selected by the program committee for (conditional) acceptance will not be de-blinded.
See the double-blind submission policy for more details.
We believe that a conference serves the research community and the public best when results are accessible to the largest audience without restrictions. All accepted papers will be published again this year as open-access proceedings in collaboration with LIPIcs (Leibniz International Proceedings in Informatics).
To improve the reproducibility of results and to encourage reuse, authors of accepted papers with a computational component will be invited to submit their code and/or their data to an optional artifact evaluation process.
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