A Safety Island For Safe Use of HPC Devices For Safety-Critical Systems with RISC-V


A technical paper titled “Envisioning a Safety Island to Enable HPC Devices in Safety-Critical Domains” was published by researchers at Barcelona Supercomputing Center and Intel. Abstract: "HPC (High Performance Computing) devices increasingly become the only alternative to deliver the performance needed in safety-critical autonomous systems (e.g., autonomous cars, unmanned planes) du... » read more

Automated Traceability Of Requirements In The Design And Verification Process Of Safety-Critical Mixed-Signal Systems


System-level design and verification of safety-critical hardware requires a consistent methodology which complies with industrial safety-standards, for example ISO 26262 for automotive applications. For certification of safety-critical systems, the development process has to implement and enforce a strict traceability of requirements, linking the requirement specification, the design implementa... » read more

DO-254 Requirements Traceability


DO-254 enforces a strict requirements-driven process for the development of commercial airborne electronic hardware. For DO-254, requirements must drive the design and verification activities, and requirements traceability helps to ensure this. This paper explains the rationale behind requirements traceability including its purpose and resulting benefits when done correctly. Click here to re... » read more

Ethernet TSN for Automotive ADAS Applications


The new age of automotive electronic systems has decreased accidents and fatalities. Improving Advanced Driver Assistance Systems (ADAS) for safety-critical automotive applications is the next wave and requires a huge amount of data transmission and subsequent processing. Systems are becoming more sophisticated as they combine ADAS applications from emergency braking, collision avoidance, lane ... » read more

The Path To (Virtually) Zero Defective Parts Per Million


Despite thorough wafer and package testing, a small number of defective ICs can make their way into systems. These test "escapes" often return as field failures, increasing costs and eroding profit margins. They can also present a hazard if deployed in safety-critical systems, which is why companies purchasing semiconductors for automotive, medical, or aerospace applications often demand a zero... » read more

Migrating Consumer Electronics To The Automotive Market With Calibre PERC


Tough reliability standards for electronic automotive safety systems ensure that integrated circuits (ICs) for these systems comply with demanding performance and reliability requirements. However, companies seeking to leverage their consumer-based intellectual property (IP) for use in automotive “infotainment” and “connected car” applications are finding that many of these performance ... » read more

Top-down Design Of Distributed Embedded Systems In Light Of Timing Considerations


Proper safeguarding of safety-critical systems in an automotive environment cannot be ensured sufficiently without taking timing into consideration. The failure to observe timing constraints can lead to malfunctions and, in a worst-case scenario, can cause vehicle damage and personal injury. AUTOSAR 4.0 now supports timing constraints, but the standard, although very powerful, still is not able... » read more