fault tolerance

CybeResil Research Opportunities

intrusion tolerance fault tolerance trusted execution environments Data Privacy intrusion detection software verification

Broad Research Topics Robust and Adaptive Fault and Intrusion Tolerance; Ultra-Reliable Micro Trusted Execution Environments; Privacy and Integrity-preserving Data Processing; Next-generation Threat and Intrusion Detection / Prevention Systems; High-confidence Vertical Software Verification. Focused PhD-level Research Opportunities Fault and Intrusion Resilience Systems for Modern Vehicles Modern software-defined vehicles are prone to software faults and intrusions. A modern vehicle is composed of up to hundred commuting units, called Electronic Control Units (ECUs), connected via different

Dependability assessment work at City, University of London and possible synergies with RC3 at KAUST

Reader, the Department of Computer Science, City, University of London.

Mar 7, 15:30 - 16:30

B4 L5 R5209

dependability fault tolerance cybersecurity

Abstract The talk will give an overview of research at the Department of Computer Science at the City University of London, focusing on the past and current dependability work at the Centre for Software Reliability. The talk will conclude with an overview of related research that is continuing or planned to start at City in 2024 and possible synergies and opportunities for collaboration with RC3 at KAUST. Brief Biography Ilir Gashi holds PhD (2007) and BEng (Honours) (2003) degrees in Software Reliability and Computing, respectively, from the City, University of London, where he is currently a

Elmootazbellah Elnozahy

Professor (former), Computer Science

High Performance Computing power-aware computing fault tolerance distributed systems Computer architecture Cryptography

Elmootazbellah (Mootaz) Elnozahy is a renowned computer scientist who has filed, individually and with colleagues, 58 U.S. patents. He has successfully secured research and development funding grants of ~$320M.