Ahmed Rahni

Ahmed Rahni serves as a Research Fellow at ISAE-ENSMA, affiliated with the Laboratory of Engineering Applications of Signaling and Systems (LIAS) within the Real Time Team. His work centers on real-time scheduling theory and response time analysis for transaction-based embedded systems.

He earned his PhD in Networks and Telecommunications from the University of Poitiers in 2008 with the thesis "Contributions to the validation of real-time scheduling in the presence of transactions under fixed priorities and EDF".

Rahni's research focuses on Real-Time Systems, Embedded Systems, and Scheduling Theory. His expertise includes feasibility analysis of real-time transactions, worst-case response time computation under fixed priority and EDF scheduling, and offset-aware scheduling for time-critical applications. His work addresses fundamental challenges in ensuring temporal correctness for complex real-time environments.

His publication history reveals consistent contributions to real-time scheduling theory from 2006-2012, with emphasis on analytical methods for transaction processing systems. Key trends include comparative analysis of schedulability techniques, development of efficient response time computation frameworks, and extension of scheduling theory to handle transaction dependencies and offsets.

No scientific awards were documented in the provided materials.

The available information indicates no formal student advisement or research grants were recorded in the source text.

As an active member of LIAS's Real Time Team, he contributes to the laboratory's research infrastructure spanning both ISAE-ENSMA (Chasseneuil) and ENSIP (Poitiers) locations, focusing on theoretical and applied real-time systems engineering.