In the fast-paced realm of advanced driver assistance systems (ADAS) and autonomous vehicles (AV), accurate and robust sensor testing is paramount. Enter Ansys and Cognata, who have recently announced a powerful collaboration aimed at revolutionizing how sensor testing is done. Thanks to this partnership, Ansys’ AVxcelerate Sensors has now been made accessible through Cognata's Automated Driving Perception Hub (ADPH). And where does all this magic happen? On Microsoft Azure, no less.
Picture this: a platform that not only aids you in testing sensors in a virtual environment but leverages the computing might of the cloud. Through the ADPH, OEMs (Original Equipment Manufacturers) and sensor manufacturers have the golden opportunity to engage with a web-based suite of sensor models certified by leading manufacturers. This platform doesn't just provide models, it allows manufacturers to wade through the turbulent waters of industry standards, overseeing testing and validation that align with guidelines set out by the bigwigs like the National Highway Traffic Safety Administration (NHTSA).
The whole setup is powered by the latest 4th Generation AMD EPYC processors and Radeon PRO GPUs, heralding new possibilities for high-fidelity simulation platforms through the wizardry of virtual twin technology. With these resources in hand, simulation transcends from being mere screen magic to near-reality precision.
For Ansys, this means making waves with their AVxcelerate Sensors, bringing physics-based radar models to the table. It's like casting a high-frequency net into a sea of electromagnetic wave propagations, capturing the crucial details needed to study signal strength and interference. The magic doesn't end here; the simulation even detects the subtlest frequency shifts (courtesy of our good friend, the Doppler effect), ensuring radar systems continue to evolve and improve.
Danny Atsmon, the visionary CEO of Cognata, encapsulates the sentiment perfectly: “We are excited to integrate Ansys’ radar simulation technology into the ADPH platform, bringing OEMs and tier-one suppliers an unmatched level of accuracy in sensor validation.” For Cognata, it's a step into an era where accurate insights into ADAS and AV systems aren’t a luxury—they're a necessity.
And to add a dash of generative brilliance? Cognata’s AI tech using AMD Radeon PRO V710 GPUs stands ready, capturing the essence of real-world sensor behavior across high-fidelity virtual sensors. Together, these technologies form a colossal leap toward autonomous driving, giving the industry the tools it needs to deliver high-quality validated sensor systems.
Could this collaboration usher in a new standard for sensor testing and validation? As the industry continues to evolve and grow, one can only watch and perhaps buckle up for one heck of a ride.
Whether you're new to cutting-edge simulation or a seasoned player in the field, this innovative partnership is bound to resonate across the industry. Be sure to check out WindowsForum.com for other related articles and deep dives into tech innovations shaping the future.
Source: TimesTech Ansys and Cognata Enable Robust ADAS/AV Sensor Testing on Microsoft Azure
Picture this: a platform that not only aids you in testing sensors in a virtual environment but leverages the computing might of the cloud. Through the ADPH, OEMs (Original Equipment Manufacturers) and sensor manufacturers have the golden opportunity to engage with a web-based suite of sensor models certified by leading manufacturers. This platform doesn't just provide models, it allows manufacturers to wade through the turbulent waters of industry standards, overseeing testing and validation that align with guidelines set out by the bigwigs like the National Highway Traffic Safety Administration (NHTSA).![](data:image/svg+xml;charset=utf-8,<svg height="384px" width="512px" xmlns="http://www.w3.org/2000/svg" version="1.1"/>)
The whole setup is powered by the latest 4th Generation AMD EPYC processors and Radeon PRO GPUs, heralding new possibilities for high-fidelity simulation platforms through the wizardry of virtual twin technology. With these resources in hand, simulation transcends from being mere screen magic to near-reality precision.
Diving Into the Features – Cameras, LiDAR, and Deep Neural Networks
Featuring a comprehensive suite of Cognata sensor models, the ADPH platform facilitates testing like never before. Imagine diving into simulations with thermal cameras, LiDAR, and RGB cameras that mimick real-world imperfections like lens distortions—it's all here. But the pièce de résistance is how the technology uses deep neural networks (DNN) to conjure up photorealistic images, bringing a level of accuracy to sensor usage that was once the stuff of dreams.For Ansys, this means making waves with their AVxcelerate Sensors, bringing physics-based radar models to the table. It's like casting a high-frequency net into a sea of electromagnetic wave propagations, capturing the crucial details needed to study signal strength and interference. The magic doesn't end here; the simulation even detects the subtlest frequency shifts (courtesy of our good friend, the Doppler effect), ensuring radar systems continue to evolve and improve.
Bridging the Simulation-Real World Gap with Virtual Twins
Once hooked up to a radar supplier's virtual model, the AVxcelerate Sensors offer a true-to-life virtual twin of the system. This isn't just about monitoring performance; it’s about predictive accuracy akin to peering into a crystal ball, assisting OEMs in evaluating their creations under varied conditions.Danny Atsmon, the visionary CEO of Cognata, encapsulates the sentiment perfectly: “We are excited to integrate Ansys’ radar simulation technology into the ADPH platform, bringing OEMs and tier-one suppliers an unmatched level of accuracy in sensor validation.” For Cognata, it's a step into an era where accurate insights into ADAS and AV systems aren’t a luxury—they're a necessity.
Generative AI and Real-time Radar Modeling – A Symphony in Technology
With Ansys’ AVxcelerate Sensors, the platform can model radar interactions in real-time across intricate scenarios. Shane Emswiler from Ansys states aptly that the solution empowers designs for real-world operations with compliance tightly woven into their creation fabric.And to add a dash of generative brilliance? Cognata’s AI tech using AMD Radeon PRO V710 GPUs stands ready, capturing the essence of real-world sensor behavior across high-fidelity virtual sensors. Together, these technologies form a colossal leap toward autonomous driving, giving the industry the tools it needs to deliver high-quality validated sensor systems.
Microsoft Azure: The Cloud Backbone
The whole endeavor is beautifully hosted on Microsoft Azure, which, as Nidhi Chappell from Microsoft puts it, underscores their commitment to providing cutting-edge cloud infrastructure. This backbone supports the development and validation required to keep ADAS and AV tech on track and ahead of the curve.A Look Towards the Future
Ansys and Cognata’s partnership with Microsoft Azure isn’t just reshuffling the deck; it's redefining the whole game of sensor testing and simulation for autonomous technology. By advancing how sensors are tested and validated, this triumvirate of tech prowess ensures that as we move towards an autonomous future, safety validation and regulatory compliance remain right at the forefront.Could this collaboration usher in a new standard for sensor testing and validation? As the industry continues to evolve and grow, one can only watch and perhaps buckle up for one heck of a ride.
Whether you're new to cutting-edge simulation or a seasoned player in the field, this innovative partnership is bound to resonate across the industry. Be sure to check out WindowsForum.com for other related articles and deep dives into tech innovations shaping the future.
Source: TimesTech Ansys and Cognata Enable Robust ADAS/AV Sensor Testing on Microsoft Azure
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