In the field of autonomous driving, verifying domain controller algorithms is a crucial step in ensuring the safe and reliable deployment of autonomous driving technologies to the market.
Hardware-in-the-loop (HIL) injection testing stands as one of the essential testing methodologies in autonomous driving system development. By employing simulation or data replay methods, this approach tests the performance of autonomous driving systems across various complex scenarios, significantly expanding laboratory testing coverage while reducing field road testing requirements, thereby enhancing R&D efficiency.
ALG-TECH addresses the challenges in autonomous driving domain controller algorithm verification by introducing a comprehensive hardware-in-the-loop (HIL) injection testing solution. This solution encompasses hardware, software, and customized services, providing a unified toolchain that offers one-stop fulfillment for multi-scenario testing requirements. Our solution significantly reduces testing costs while enhancing R&D efficiency.
Achieves high-precision time synchronization across multi-channel camera data, other sensor data, and bus data, ensuring testing environments can precisely simulate real-world system operations.
Optimizes the data transmission pipeline to achieve immediate responsiveness, ensuring image injection latency to the ECU remains within 1 frame.
Ensures multi-sensor data maintains uniform integrity throughout acquisition, transmission, and storage processes, guaranteeing data accuracy and reliability.
The camera has the characteristics of capturing and transmitting high-definition, lossless image data, ensuring the accuracy and integrity of visual information.
