ERTS² 2018

Words of welcome

The Internet of Things (IoT) is the ultimate vision for ICT. We now have the ability to measure, sense and see the exact condition of practically everything. People, systems and objects can communicate and interact with each other in entirely new ways. We are moving slowly but inevitably toward a unification of networking infrastructures, including telecommunication networks, the internet, industrial and home networks. Finally, we should be able to respond to changes quickly and accurately, by predicting events and optimizing resources.

To what extent this ambitious IoT vision of “universal global neural network” is reachable today? There exist two important roadblocks to this evolution. One is the lack of security guarantees. The internet infrastructure and systems in general, are vulnerable. They have been built in an ad hoc manner and it is impossible to provably enhance their security.
The other roadblock is the lack of guarantees for response time and latency in the internet. This is a major impediment to the development of automated services.
Additionally, the IoT vision advocates the extensive deployment of autonomous systems and services which are often critical. These challenge our ability to guarantee their trustworthiness: 1) they rely on learning techniques that cannot be formally validated; 2) they are open and their software needs to be frequently updated; 3) they should tightly integrate critical and non-critical features.
Embedded systems play a central role in the IoT vision. They are essential components of the Internet of Things and as such, their evolution should adequately address the changing needs in the area.

Joseph SIFAKIS, Turing Award 2007 – VERIMAG Laboratory – France


Erts18 Welcome

Embedded systems are becoming more and more important in our day to day life, most of the devices that we are using contain « Electronics » and « Software » and are pushing us towards Industry 4.0 and digitalization. All major industry changes have been fueled by major technology steps and this one can be considered as the one of the software.

Expressed as such, we are focusing on technology only but there is also a major transformation from User perspective. User Experience is the new most important point in the development of new products and this focus is at the origin or the consequence of a services-oriented industry.

In the Automotive domain, we are facing these exact same new challenges with our developments for Electrical, Autonomous and Connected Vehicles, with increasing risks on Safety and Security. Software is becoming the first value of our vehicles and also the main asset we need to create and maintain. This will support introducing different User interactions with our products and work on the loyalty to our brands. Continuous relationship and evolutions are key to achieve our goals.

All these new features require interactions between on-board and off-board resources and their development will need to rely on robust System Engineering methods.

ERTS is now a very well-known convention, with people coming from almost all parts of the world with representatives from Academia to Industry teams. It is a real opportunity to exchange across domains, to share best practices, to discover roadblocks and items in research phase, to present difficulties and solutions.

The more we will attend the best will be the exchanges !

Alexandre CORJON, Alliance (Renault-Nissan) – Global Vice President Electric, Electronics and Systems -France



On behalf of ERTS 2018 committee, it is a great pleasure to announce the 9th edition of the European Congress of Embedded Real Time Software and Systems.

The ERTS² congress created by the late Jean-Claude Laprie in 2002 is a unique European cross sector event on Embedded Software and Systems, a platform for top-level scientists with representatives from universities, research centres, agencies and industries. The previous editions gathered more than 100 talks, 500 participants and 60 exhibitors.

Please promote the conference, and submit scientific papers on  before June, 18th, 2017.

Major domains of interest

  • Critical Transportation Systems: Intelligent transportation system, Vehicle automation, Autonomous and connected systems (including all type of unmanned vehicle), Cyber physical systems, Innovative specific architectures (including back end and big data architecture), Mobile robotics, Cyber-security for mobile and back-end systems.
  • Internet of Things (IoT): Smart devices, Smart grids, Smart buildings, Predictable networking infrastructure, Low power devices, New telecommunication interface, Specific architectures.

• Digital Manufacturing: Smart factory, Plant digitalization, Interoperability and integration of cyber physical systems, 3D printing, Machine-to-machine communication and architecture, Digital assistance and monitoring, Maintenance prediction.

Major topics of interest

  • Embedded computing platforms and networked systems: Distributed architectures, Multi-core/ manycore platforms, FPGA, Embedded network, Middleware, Virtualization, Service-oriented platforms, Energy aware management.
  • Processes, methods and tools: Agile techniques, Adaptive systems and Artificial intelligence, Model based system engineering, Virtual engineering and simulation, Formal methods, Requirement engineering, Product line engineering, New programming and verification languages.
  • Dependability: Safety, Security, Quality of service, Fault tolerance, Maintainability, Diagnostic generation, Monitoring, Certification.
  • Human System Interaction: User interfaces for command and control systems, Human error evaluation,

User-centred design, Automation design and Function allocation.


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