The Ansys AVxcelerate suite offers a comprehensive solution for accelerating the development of advanced driver assistance systems (ADAS) and autonomous driving (AD) technologies. AVxcelerate Sensors provides a cost-effective alternative to physical prototypes, enabling virtual testing and analysis of radar, lidar, and camera sensors within realistic driving scenarios. AVxcelerate Headlamp facilitates the rapid development of intelligent headlamp systems by validating control behavior and testing edge cases early in the design phase. Meanwhile, AVxcelerate Autonomy streamlines the development of ADAS/AD systems by simulating driving tests virtually, leading to significant cost and time savings.
Creates virtual night drives on a computer to test headlight performance and design intelligent lighting systems.
Integrates real headlights with a virtual environment to thoroughly test lighting functions in various conditions.
Automatically adjusts headlights based on real-time traffic, weather, and road conditions for improved visibility and safety.
The Ansys AVxcelerate Sensors solution provides a cost-effective alternative to physical prototypes, accelerating the design process. It enables virtual testing and analysis of sensors, such as radar, lidar, and camera sensors, within realistic driving scenarios. This allows for comprehensive examination of sensor perception in both Mil Sil and Hil contexts.
AVxcelerate Headlamp accelerates the development of intelligent headlamps by validating control law behaviour and testing potential edge cases early in design. It easily assess innovative and smart light beams with real-time optical simulation in a virtual driving environment. You can increase your final product quality and strongly reduce the risk of finding issues late in the development process.
Ansys AVxcelerate Autonomy facilitates the development of L2+, L3, and higher-level ADAS/AD systems by simulating the majority of required driving tests through virtual simulation. With AVxcelerate Autonomy, companies can achieve up to a 100,000x reduction in cost and time to compliance. This reduction is realized through at least a 100x decrease resulting from the virtualization of actual drives, supplemented by an additional 1000x reduction through adaptive optimization in the cloud.
