Abstract: Qualification Challenges in Next Generation Automotive Performance ECUs
Posted: Wed Jun 07, 2017
Title: Qualification Challenges in Next Generation Automotive Performance ECUs
Authors:
Moritz Neukirchner (Elektrobit Automotive GmbH)
Abstract: The specification of the AUTOSAR Adaptive Platform introduces the capability to dynamically load individual software applications that are automatically configured and started through the platform on the basis of manifest files. Communication among these applications is established at runtime via a service-oriented communication middleware that is agnostic of the underlying communication mechanism. Despite such dynamics of the platform, automotive applications still demand guarantees on real-time, safety and security. This presentation outlines the scope, architecture and capabilities of the AUTOSAR Adaptive Platform and the verification challenges that arise from state of the art performance ECUs.
Attached paper:
Authors:
Moritz Neukirchner (Elektrobit Automotive GmbH)
Abstract: The specification of the AUTOSAR Adaptive Platform introduces the capability to dynamically load individual software applications that are automatically configured and started through the platform on the basis of manifest files. Communication among these applications is established at runtime via a service-oriented communication middleware that is agnostic of the underlying communication mechanism. Despite such dynamics of the platform, automotive applications still demand guarantees on real-time, safety and security. This presentation outlines the scope, architecture and capabilities of the AUTOSAR Adaptive Platform and the verification challenges that arise from state of the art performance ECUs.
Attached paper: