Neil Audsley
Papers
2
Total Citations
13
H-Index
2
About
Neil Audsley is a leading researcher in real-time and embedded systems, with a primary focus on time-predictable computing architectures. His work addresses the critical challenge of ensuring that multicore processors—now ubiquitous in autonomous vehicles, robotics, and safety-critical systems—deliver both guaranteed worst-case latency and high performance. Audsley’s major contributions include the development of novel memory interconnects and mixed-criticality system architectures. Notably, his "Meshed Bluetree" interconnect (2020, 5 citations) provides a time-predictable, low-latency solution for multimemory access in multicore designs, while his "PSpSys" architecture (2021, 8 citations) leverages ARM TrustZone to create a secure, time-predictable mixed-criticality platform. These innovations are foundational for building dependable systems where hard real-time tasks must coexist with less critical software. Though his most-cited papers are relatively recent, their impact is growing as industry adopts multicore processors in safety-critical domains. Audsley’s work is essential reading for students and engineers designing next-generation autonomous and embedded systems.
Research Focus
Key Achievements
Top Papers
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- 2