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About This Webinar

The complexity introduced by multi-core and multi-system architectures, which often incorporate diverse elements such as Systems on Chip (SoC) and blend multi-core processors with Open Systems Architecture, presents significant testing challenges for avionics systems.

Understanding the behaviour of these systems and establishing thorough testing protocols becomes difficult. Traditional testing approaches, tailored for single-core environments, fall short in ensuring the accuracy and performance of multicore systems. Challenges are compounded by issues like data control coupling, safety-critical timing analysis for multicore setups, the need for deterministic behaviour, and the demand for extensive coverage testing.

The latest guidelines under AMC20-193, which have superseded CAST-32A, address these complexities. To effectively test and verify these systems, it's crucial to have a deep understanding of both the hardware and software components involved.

In this webinar we will look at the latest in multi-core systems and challenges, the impact AI can have on their testing and the future of multi-core in modular avionics displays.

When: Wednesday, February 26, 2025 · 3:00 p.m. · London
Duration: 1 hour
Language: English
Who can attend? Everyone
Dial-in available? (listen only): No
Featured Presenters
Webinar hosting presenter
Principle Engineer, Intel Corporation
James Coleman is a Principle Engineer at Intel Corporation. He received an M.S. in Computer Science from Arizona State University. His current research involves real-time architectural features for COTS processors and real-time applications running in a virtualized environment. A native Arizonan, James enjoys mountain biking with his family.
Webinar hosting presenter
Senior Multicore Analysis Engineer, Rapita Systems
Dr Samuel Thompson is a Senior Multicore Analysis Engineer in the multicore team at Rapita Systems Limited and has a significant role in both the development of Rapita’s multicore solution as well as the delivery of customer projects on multicore platforms. Sam’s professional background includes work on safety-critical automation projects, systems design, and the analysis of large disparate datasets. He received his PhD from the University of York for the analysis of sub-diffraction-limit light-scattering and dynamic interaction data from engineered nanoparticles.
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Border Security Report webinar platform hosts Multicore Avionics webinar
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