Projects
Chassis electronic control system hardware-in-the-loop test application scope
- Suitable for functional logic testing;
- Suitable for functional tests that can be directly judged by objective indicators, such as basic brake/failure power assist/power-by-wire control/EPB;
- Suitable for functional safety fault injection testing.
- Suitable for functional PID performance testing.
Brake HIL test system
- Support automated testing;
- Test objects: ABS/ESC/2-Box/OneBox/RBU/EPB.
4d of Driving Simulator
The system can provide continuous motion travel, giving subjective evaluators a driving experience close to that of a real car. It can be integrated with other SIL/MIL/HIL subsystems for control strategies, performance testing, verification, and related subjective evaluations related to chassis and intelligent driving domains.
6-DOF Driving Simulator
The system can provide a continuous motion stroke, giving subjective evaluators a driving experience close to that of a real car. It can be integrated with other subsystems such as SIL/MIL/HIL, and used for control strategy testing, virtual calibration, and related subjective evaluations related to chassis, intelligent driving, and cockpit domains
CarSim Dynamic Software
CarSim vehicle dynamics software, virtual scene simulation software, high-performance computer, vision system, force feedback steering wheel, pedal assembly.
1) The device is small in size and can be placed near the engineer’s workstation, making it convenient for application and testing at any time;
2) Suitable for verification of steering, handling stability, tire selection and other related performances.
Intelligent Driving HIL
The intelligent driving HIL test bench is an intelligent driving domain control in-the-loop test platform. It uses precise dynamics software and realistic scene simulation software to simulate the perception/positioning/vehicle dynamics data required by domain control, build a complete real vehicle environment, and conduct intelligent driving related hardware system-level tests.
Data Reinjection
The data reinjection test bench is used to inject the collected bus, Ethernet, video, laser, IMU/GNSS and other data back to the intelligent driving domain control, which is of great significance for the regression testing of failure scenarios; it is also the most efficient testing method to truly solve the pain points of the algorithm.
Smart Cockpit
The functions of smart cockpit domain controllers are becoming more and more powerful, and the information they interact with passengers is becoming more and more complex. From the initial in-vehicle broadcast function, to the in-vehicle host human-computer large screen interaction, head-up display, augmented reality head-up display, cellular networking, to multi-screen human-computer interaction, smart car assistant, multi-device interconnection, V2X, etc., all of them witness the rich and diverse functions of the cockpit domain..