As the ultimate systems-of-systems, automated vehicles present an enormous verification task, requiring verification of complex sensing, computing, and actuating functions. This can be accomplished only by virtualizing the entire system — environment and vehicle — and through realistic … [Read more...]

How can you guarantee that your self-driving software is safe, when verification moves from testing subroutines and functions to assuring that AI software that learns and applies new knowledge in real world always operates correctly? While ISO 26262 guides us to define safety objectives, derive … [Read more...]

Modern cars, trucks, and other vehicles feature an ever-increasing number of sophisticated electrical and electronic features, placing a larger burden on the wiring harness that enables these new features. As complexity rises, current harness manufacturing methods are struggling to keep pace due to … [Read more...]

As we enter a new era in aerospace development, it’s becoming abundantly clear that new technologies, enabling an end-to-end digital thread, are helping OEMs revolutionize their product development life cycle. This paper explores the many challenges aerospace OEMs and suppliers face today and how a … [Read more...]

The automotive industry is undergoing an electronic revolution. As design complexity increases, the legacy methods and tools used by OEMs are struggling to meet the demands of this new automotive landscape. Engineers are being asked to produce more sophisticated designs under a perfect storm of … [Read more...]

Despite the rumors of Moore’s law dying or falling behind, it seems that most of the semiconductor industry continues to push forward to new process nodes and increasingly complex designs. The challenges of preparing for the next node are truly immense for the foundries, the design companies and … [Read more...]