rFpro Unveils New Autonomous Vehicle Simulator

rFpro, a leading company in the UK, has recently unveiled a groundbreaking fully integrated simulator designed specifically for the development of autonomous vehicles. This cutting-edge simulator, named AV Elevate, offers a wide range of functionalities that are essential for fine-tuning sensors, training perception and control algorithms, and testing the complete AV technology stack.

At the heart of AV Elevate lies rFpro's state-of-the-art physically modelled virtual environments and ray tracing rendering technology. With a vast library of over 180 real-world digital twins, this simulator provides an incredibly accurate and diverse virtual proving ground where every element in the scene is meticulously modelled with realistic material characteristics and a road surface model accurate to 1mm.

rFpro has introduced several new technologies to its existing platform, including LiDAR, radar, and camera models, a Simulation Manager for defining the full vehicle sensor suite and creating test scenarios, and compatibility with High Performance Computing (HPC) in the cloud for rapid testing and scalability.

The simulator boasts high-fidelity sensor models for all major AV sensor types, allowing for precise installation choices and configurations to be optimized. Its synchronous architecture enables the testing of hundreds of sensors simultaneously, facilitating more accurate sensor fusion testing.

One of the key features of AV Elevate is its ability to automate the process of generating synthetic training data, eliminating the need for manual annotation. This results in a significant increase in efficiency, with the simulator being 100 times faster and 150 times more cost-effective than traditional manual methods, while also ensuring error-free data.

According to Matt Daley, the Technical Director at rFpro, "AV Elevate is a game-changing simulation platform that enables the complete AV technology stack to be tuned, trained, and tested like never before. By leveraging highly accurate synthetic data, developers can reduce their reliance on real-world testing, leading to massive cost savings and scalability in testing and development."

The Simulation Manager within AV Elevate simplifies the process of setting up and executing test scenarios, allowing for large-scale simulations with multiple sensor systems to be effortlessly created. This tool also enables automated variations in vehicle models and environmental factors, generating numerous edge case scenarios for comprehensive testing.

AV Elevate's synchronous architecture ensures that perception and control systems are subjected to a wide array of simulated driving scenarios for development and testing purposes. The platform's cloud and HPC compatibility enables users to easily scale testing based on computing power requirements without the need for significant investments in hardware.

With its advanced ray tracing rendering technology, AV Elevate accurately replicates how a vehicle's sensor system perceives the world, including intricate details such as light sources, reflections, motion blur, and rolling shutter effects. This high-fidelity simulation data provides manufacturers with the confidence needed to accelerate development while reducing costs associated with real-world testing.

In conclusion, AV Elevate represents a significant leap forward in autonomous vehicle development, offering a comprehensive and highly accurate simulation solution that empowers manufacturers to innovate with confidence. To learn more about this groundbreaking technology, visit www.rfpro.com.