Real-time constraints, reconfigurability and safety have a direct impact on architecture design and on the validation/certification process, at the aircraft and system level. Current certification of Integrated Modular Architecture (IMA) avionics using network calculus cannot accurately predict communication and processing latency.
Here is a solution for IMA-based avionics to generate certification tests, conduct what-if analysis, and validate the timing.
Key Takeaways
1. Understand the correlation and impact of design attributes on the avionics architecture
2. Construct realistic models of avionics systems with IMA, AFDX, ARINC 653 and processing sub-systems
3. Certification tests requirements for accurate timing, capacity and power measurements
Speaker: Deepak Shankar, CEO, Mirabilis Design Inc.
Deepak Shankar has assisted more than 25 major agencies and aerospace companies to establish best practice in avionics system design. Mr. Shankar has been responsible for many innovations in the model-based timing and power testing for aerospace certification. He has presented these concepts at a number of IEEE, SAE and other internal conferences worldwide.
Case Studies: Darryl Koivisto, CTO, Mirabilis Design Inc.
Darryl Koivisto has over 40 years of experience in the aerospace and electronics industry, having been in the forefront of many innovations including multicore, federated and integration architectures and simulation. He is one of the creators of the VisualSim Architect product that has been in the forefront of model-based timing certification for aerospace.
Model based Certification of Integrated Modular Architecture (IMA) for Avionics System
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