An Effective Functional Safety Solution for Automotive Systems-on-Chip Page 1 Paper ET 2.2
INTERNATIONAL TEST CONFERENCE 1 978-1-5386-3413-4/17/$31.00 ©2017 IEEE Abstract …

With increasing use of electronic systems in vehicles for managing critical functionality, the
requirements for safety in automotive chip architectures are becoming mandatory. Thus …

This paper encompasses three contributions by industry professionals and university
researchers. The contributions describe different trends in automotive products, including …

Modern System-on-Chips (SoCs) deployed for safety-critical applications typically embed
one or more processing cores along with a variable number of peripherals. The compliance …

There are many economic and technical arguments for the reduction of the number of
Electronic Control Units (EC Us) aboard a car. One of the key obstacles to achieve this goal …

The fast growing Automotive SoC market presents new test challenges, combining
traditional production requirements as well as new Functional Safety (FuSa) related aspects …

Automotive Systems-On-Chip are at the forefront of today's electronics research and
development. This paper walks through a methodical approach of a safety analysis for a …

Modern automotive platforms are cyber-physical in nature and increasingly connected.
Cybersecurity testing of such platforms is expensive and carries safety concerns, making it …

The rapid development in the modern technology and its widespread utilization in number of
applications brings in new challenges that need to be addressed. Security is one of such …

In safety-critical systems, many-processor Systems-on-Chip are being increasingly
employed. An example is an imminent collision detection System-on-Chip for cars. Such a …