Design of Embedded and Cyber-physical Systems

Prof. Dr.-Ing. Rolf Ernst

CPA (compositional performance analysis) is an approach to formal performance analysis of large embedded systems that has been developed at IDA in many projects over more than 10 years. CPA has been commercialized as SymTA/S by the IDA spin-off, Symtavision. SymTA/S is a comprehensive Software-Toolbox for formal performance analysis and optimization of embedded systems. It is used in regular design processes throughout the international automotive industry and has been applied in other domains, such as avionics. Research at IDA continues with new models and analysis techniques using the research tool pyCPA. 

• pyCPA (Python implementation of Compositional Performance Analysis)
  Publically available, extensible version of CPA, used for research at IDA and elsewhere
  Project staff:  Dr.-Ing. Adam Kostrzewa, Jonas Peeck, Leonie Köhler, Mischa Möstl, Dr. Sophie Quinton (now INRIA), and many more
   
• Typical Worst Case Analysis
  Compositional Performance Analysis (CPA) of typical worst-case system performance
  Project staff: Leonie Köhler, Dr. Sophie Quinton (now INRIA)
  Funding: Deutsche Forschungsgemeinschaft (DFG), Industry, ends June 2021
   
• RT-proofs
  Formal proofs for real-time analysis algorithms
  Project staff (IDA): Leonie Köhler
  Research collaboration between TU Braunschweig, INRIA, MPI-SWS, Onera and Verimag
  Funding: Deutsche Forschungsgemeinschaft (DFG) and Agence Nationale de la Recherche (ANR), France

Many related projects with industry are executed by the TTZ "Embedded Systems" of the TU Braunschweig innovation center iTUBS

• UNICARagil (Disruptive modular architecture for agile, autonomous vehicle concepts)
  Modelling and analysis of a service oriented software architecture according to hard safety and real-time requirements. Concepts for the deterministic realization of end-to-end latencies focusing on network communication.
  Project research staff (IDA): Jonas Peeck, Kai Björn Gemlau, Mischa Möstl
  The Project UNICARagil is a collaboration of 7 Universities, 16 chairs and 6 industrial partners
  Funding: Bundesministerium für Bildung und Forschung (BmBF)
   
• IPF (Information Processing Factory)
  Reaching the physical limits of semiconductor technology, future integrated circuits will be increasingly hard to operate. In a transatlantic cooperation, the IPF project opens a novel perspective by applying concepts of factory operation to future many-core architectures.
  Project research staff (IDA): Thawra Kadeed, Eberle Rambo (now Apple)
  The Project IPF is a collaboration of TU Braunschweig, TU München, and University of California, Irvine, USA
  Funding: Deutsche Forschungsgemeinschaft (DFG) and National Science Foundation (NSF), USA
   
• ERIKA (Elektromobilität mit Redundanter Intelligenter Kommunikations-Architektur)
  OFDM based future in-vehicle network
  Project Research staff: Marie-Terese Harnau, Dominik Stöhrmann
  Collaboration of Industry, Universities and Fraunhofer Society
  Funding: Bundesministerium für Wirtschaft und Energie (BMWi)
   
• MC-ADAMS (Many-core Avionics Design, Architecture, Modeling and Simulation)
  New technologies for high-performance many-core architectures for avionics applications
  Project Research Staff: Anika Christmann
  Collaboration with TU BS Institut für Flugführung, TU Hamburg
  Funding: Bundesministerium für Wirtschaft und Energie (BMWi) (Luftfahrtforschung)

    In collaboration of 8 TU Braunschweig professors plus Ph.D. students, the DFG funded Research Group CCC pursued a novel approach to change in critical applications

• Project A1:  Architecture and Mechanisms of the Multi-Change Control Layer (MCCL)
  Project lead:  Rolf Ernst
  IDA Project research staff: Johannes Schlatow
   
• Project B3: Safety and Availability
  Project lead: Rolf Ernst, Harald Michalik
  IDA Project research staff: Mischa Möstl, Björn Fiethe

• Spin-off Symtavision (now part of Luxoft)