Gerhard Fohler, Professor (not working at IDT anymore)

Gerhard Fohler is Professor and leader of the predictably flexible real-time systems group at SDL. He received his Ph.D. from Vienna University of Technology in 1994 for research towards flexibility for offline scheduling in the MARS system. He then worked at the University of Massachusetts at Amherst as postdoctoral researcher within the SPRING project. During 1996-97, he was a researcher at Humboldt University Berlin, investigating issues of adaptive reliability and real-time. Gerhard Fohler is currently chairman of the Technical Committee on Real-Time Systems of EUROMICRO.

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Latest publications:

Real-time Fog-based Industrial Robotic System: Applications and Challenges (Sep 2020)
Shaik Salman, Václav Struhár, Zeinab Bakhshi , Van Lan Dao, Nitin Desai, Alessandro Papadopoulos, Thomas Nolte, Vasileios Karagiannis , Stefan Schulte , Alexandre Venito , Gerhard Fohler
The 25th IEEE International Conference on Emerging Technologies and Factory Automation (ETFA2020)

Handling Mixed Task Sets in Combined Offline and Online Scheduled Real-Time Systems (Dec 2009)
Damir Isovic, Gerhard Fohler
Real-Time Systems Journal

Integrated Quality-of-Service Adaptation in Distributed, Heterogeneous Systems (Mar 2008)
Larisa Rizvanovic, Damir Isovic, Gerhard Fohler

Integrated Global and Local Quality-of-Service Adaptation in Distributed, Heterogeneous Systems (Dec 2007)
Larisa Rizvanovic, Damir Isovic, Gerhard Fohler
International IFIP Conference on Embedded and Ubiquitous Computing (EUC-07)

The Matrix - A framework for real-time resource management for video streaming in networks of hetero (Oct 2007)
Larisa Rizvanovic, Gerhard Fohler

Handling Non-periodic Events Together with Complex Constrained Tasks in Distributed Real-Time Systems (May 2007)
Radu Dobrin, Gerhard Fohler
16th International Conference on Control Systems and Computer Science

MSc theses supervised (or examined):

Thesis Title	Status
Home Entertainment Networks for Video/Audio	selected
Allocation and Scheduling via Simulated Annealing	finished
Aperiodic, Non preemptive Scheduling	finished
Applying the Total Bandwidth Server in Static Schedules	finished
Configurable Internet Services for Schedule Visualization	finished
Dynamic RT scheduling on windows NT	finished
Flexible network scheduling	finished
Flexible Scheduling for Control Jitter Marigin	finished
Guaranteeing Sporadic Tasks in Static Schedules	finished
Internet Security(IPSec) in a real time application environment	finished
Issues on the MidART Middleware for Mobile Devices on Wireless Networks	finished
Modular Scheduling in RT Linux	finished
Non pre-emption in the context of slot shifting	finished
Off-line Scheduling Services for Predictably Flexible Real-Time Systems	finished
Real-Time Systems in Digital Sound Generation, Processing, and Transmission	finished
RT network scheduling	finished
Transformation of Off-line Schedules into Fixed Priority Tasks	finished
Using voice to control and supervise processes in a wireless environment	finished