Home - ADMORPH

Autonomous Aerospace Systems

Will demonstrate adaptability as a key enabler for autonomy in the context of a System of Systems involving autonomous aircrafts and Air Traffic Control (ATC).

Radar Surveillance Systems

Will demonstrate the ability of the ADMORPH approach to achieve fault tolerance as needed for reliable and robust real-time data processing in radar surveillence systems.

Subway Transportation Systems

Will demonstrate the suitability of ADMORPH methods for supporting real-time and transparent reconfiguration of a Train Supervision Surveillance System.

WASOS workshop at HiPEAC’23

WASOS workshop at HiPEAC’23

By admorph|2022-12-08T19:22:55+00:00December 8th, 2022|

The Workshop on Adaptive CPSoS (WASOS), organized by ADMORPH, will take place with HiPEAC'23, on [...]

Christoph Kuehbacher (Univ. Augsburg) has defended his PhD thesis

By admorph|2022-11-25T14:04:21+00:00November 25th, 2022|

Christoph Kuehbacher from the University of Augsburg has defended his PhD thesis entitled Analyzable Dataflow [...]

Paper at the International Conference on Software Engineering and Formal Methods (SEFM)

By admorph|2022-11-11T17:37:11+00:00November 11th, 2022|

Lukas Miedema and Clemens Grelck had their paper entitled "Strategy Switching: Smart Fault-Tolerance for Weakly-Hard [...]

Dolly Sapra talks
about her interest and
experience as a woman in CS

ADMORPH video
released on YouTube

Adaptive, dynamically morphing, mission and safety-critical CPS (oS).

Autonomous Aerospace Systems

Radar Surveillance Systems

Subway Transportation Systems

WASOS workshop at HiPEAC’23

WASOS workshop at HiPEAC’23

Christoph Kuehbacher (Univ. Augsburg) has defended his PhD thesis

Christoph Kuehbacher (Univ. Augsburg) has defended his PhD thesis

Paper at the International Conference on Software Engineering and Formal Methods (SEFM)

Paper at the International Conference on Software Engineering and Formal Methods (SEFM)

Dolly Sapra talks about her interest and experience as a woman in CS

ADMORPH video released on YouTube

Adaptive, dynamically morphing, mission and safety-critical CPS (oS).

Autonomous Aerospace Systems

Radar Surveillance Systems

Subway Transportation Systems

WASOS workshop at HiPEAC’23

WASOS workshop at HiPEAC’23

Christoph Kuehbacher (Univ. Augsburg) has defended his PhD thesis

Christoph Kuehbacher (Univ. Augsburg) has defended his PhD thesis

Paper at the International Conference on Software Engineering and Formal Methods (SEFM)

Paper at the International Conference on Software Engineering and Formal Methods (SEFM)

Dolly Sapra talks
about her interest and
experience as a woman in CS

ADMORPH video
released on YouTube