Brodmann17 & Arm case study
Automated driving requires a wide variety of perception solutions that perfectly combine hardware and software without vendor lock-in. Ranging from relatively simple automated parking, through rear camera systems to compute-intensive frontal ADAS, each of these products has different requirements, bill of materials, camera specifications, perception feature set and so on.
Deep learning is trained on a fixed static setup and so changes to the camera, hardware platform, and the angle of attachment could severely impact performance.
The main goal is to provide the most efficient perception solution for different types of products without compromising the quality and accuracy of the model.
Current solutions for automated driving are mostly based on bulky, high-power and costly standalone GPU chips. However, to make it suitable for widespread commercial use, Tier1 and OEMs are looking for a more power and cost-efficient solution suitable for mass production.
Achieving that requires a whopping 20X performance improvement over open-source ML algorithms, while maintaining exceptional accuracy. The Brodmann17 solution is optimized to utilize specific features of Arm processors to provide the necessary scale of different performance and price points specified for each use case.
Brodmann17’s patent-pending technology provides the next generation of perception for automated driving solutions. Their revolutionary Deep Neural Network (DNN) architecture requires only a fraction of the usual computing power and can run highly-accurate computer vision on low-power Arm processors, ideal for mass production.
Arm’s Automotive Enhanced CPUs, part of Arm’s Safety Ready portfolio, are an excellent baseline for Brodmann17’s software and this synergy provides scalable robust perception.
The resulting solution has created significant commercial opportunities and joint partners, laying the foundations for mass production of automotive AI that perfectly combines hardware and software. Brodmann17 can also take advantage of Arm’s Compute Library for an easy and intuitive development approach, gaining interoperability through a single API.
Benchmark results and product success show that combining the Brodmann17 perception technology with Arm Safety Ready CPUs and optimized libraries can achieve amazing results for ADAS applications. As demonstrated above, the combined solution achieved the target improvement in performance while maintaining outstanding accuracy and is already field-proven thanks to joint partners.
For more information on Brodmann17’s perception technology:
See these related links for more information: