This paper will focus on the quantification of the complexity related costs in harness variations in order to model them, allowing automated algorithms to optimize for these costs. A number of real world examples will be provided as well. Since no two businesses are alike, it is the aim of this … [Read more...]
The Criticality of the E/E Architecture
Modern vehicles are highly sophisticated systems incorporating electrical, electronic, software and mechanical components. Mechanical systems are giving way to advanced software and electronic devices, driving automakers to innovate and differentiate their vehicles via the electric and electronic … [Read more...]
How to Improve Volume Scan Diagnosis Throughput by 10X
Performing volume scan diagnosis on today’s large, advanced node designs puts demands on turn-around-time and compute resources. This paper describes a new technique to maximize diagnosis throughput while performing ever more demanding scan diagnosis. The dynamic partitioning technology enables a … [Read more...]
The Impact of Electric and Autonomous Vehicles on Aftersales Service and Maintenance
The growing electrification and automation of vehicles will have extensive effects on vehicle servicing and maintenance. As automakers integrate more sophisticated electrical and electronic systems, the challenges of vehicle servicing will change. Advanced electrical systems engineering solutions … [Read more...]
How to Mitigate Electrical Compliance Risk in Aerospace: A New Approach
Electrical Load Analysis (ELA) is an important to ensure adequate power for the electrical systems during all phases of flight. For the most part, ELA today is done manually using spreadsheet-based or in-house tools that are not connected to aircraft design tools. Learn in this paper how applying … [Read more...]
Solving the E/E Dilemma of Electric and Autonomous Vehicles
As automotive manufacturers and suppliers develop advanced technologies to realize the trends of autonomy, connectivity, electrification, and shared mobility, they are encountering a number of dilemmas as each trend drives different aspects of vehicle development. This paper will focus on the E/E … [Read more...]
End-to-End Vehicle Verification
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...]
Is It Possible to Know How Safe We Are in a World of Autonomous Cars?
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...]
Model-Based Wire Harness Manufacturing
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...]
Automotive Trends Create New Challenges for Wiring Harness Development
The rapid introduction of new technologies and the influx of automotive start-ups into the market has led to a multitude of challenges for harness development. OEMs and startups alike must consider the number and sophistication of technology features they integrate into their vehicles as they have a … [Read more...]
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