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TC 3.3. Telematics: Control via Communication Networks

Welcome Message from the Chair


Thank you for giving me the opportunity to serve IFAC TC 3.3 - Telematics: Control via Communication Networks – for an additional triennium, July 2017 – July 2020.

As a person who is involved in applied research on automatic control I feel that there is still the classical distinction between control theory and automation technology. Control theory is heavily based on systems theory and uses a lot of mathematics. Automation technology is strongly driven by information technology. All of us know: Any successful solution in automatic control needs both: algorithms and theory as well as engineering and software for implementation.

According to the history of IFAC, this organization has its focus on control theory. However, since several years there are many attempts to strengthen the aspects of automation technology within IFAC. The work of CC3 – Computers, Cognition and Communication is the best indication of this attempt. Automation technology and implementation need high quality theory as well. I am convinced that they need theory, they need good concepts, they need information models etc. And, what about contributions reporting on successful control applications? What about more participants from industry in IFAC events? 

This TC addresses systems integrating methods of remote control and cooperative communication for remote applications, such as tele-presence, tele-operation, tele-maintenance, tele-diagnosis, remote sensor data acquisition. Specific emphasis is on application areas including tele-medicine, tele-education, traffic control, robots for hazardous environments, remote industrial automation, maritime and aerospace systems, automotive systems and smart homes. Telematics applications benefit from increasing capabilities in Web technology, telecommunication, machine-to-machine communication, and information processing. The concepts of Cyber Physical Systems, Industrial Internet and of Internet of Things enlarge the scope of classical remote control.

Having a closer look at the scope of TC 3.3 – Telematics: Control via Communication Networks this TC offers a lot of possibilities to strengthen the synergy of sound control theory and fruitful application of automation technology. Your are invited to contribute!


Prof. Ulrich Jumar




IFAC 3rd CESCIT Conference (Conference on Embedded Systems, Computational Intelligence and Telematics in Control), 06-08 June 2018 in Faro, Portugal


CESCIT is a tri-enial conference co-locating all events of IFAC CC3 – Computers, Cognition and Communication in the year following the IFAC World Congress. The conference focuses on theory, applications and development in control related fields of embedded computers, computational intelligence and control via communication networks. Computers for control considers a broad range of computer-based control systems, spanning from system architectures, inter-computer communications, man-machine interfaces for real-time distributed computer control systems to programmable logic controllers, Fieldbus and standards-based platforms and environments, etc.   Computational intelligence in control focuses on all aspects of knowledge-based, fuzzy, neuro-fuzzy and neural (both artificial and biologically plausible) systems and evolutionary algorithms relevant to control, both theoretical and application driven. Control via communication networks encourages topics of computerized and telecommunication based automation systems, providing services to remote equipment. This addresses systems integrating methods of remote control, cooperative communication for remote applications, and remote sensor data acquisition.


Please register to CESCIT 2018 now!