Automotive Intelligent Cockpit System Training Platform

Product Overview:

The Automotive Intelligent Cockpit System Training Platform is an integrated hardware and software system, a key component of the autonomous driving simulation and verification system. It is primarily used to test and verify the interaction between the driver and the autonomous driving system.

The Automotive Intelligent Cockpit System Training Platform includes a measurement panel, central control unit, instrument panel display, central control display, T-BOX, microphone, speakers, fault setting system, computer, and supporting software. It can be used to complete integrated teaching and assessment tasks for intelligent cockpit system assembly and debugging.

Deploying a connected (including gateway) intelligent cockpit interactive environment, including instrument panel and central control display, allows for a direct demonstration of the intelligent cockpit system's components and functions, and enables teaching and assessment of assembly, debugging, data detection, and fault diagnosis on the testing bench.

Features:

1. Supports instrument cluster, central control unit, and entertainment display, while also possessing typical smart cockpit functions such as connectivity.

2. Supports Ethernet and CAN bus data reception and forwarding. The device adheres to the vehicle manufacturer's functional safety settings and uses CAN commands for power-on and display.

3. Instrument cluster functions support displaying key information commonly used in passenger vehicles, including but not limited to: vehicle speed, mileage, and warning lights.

4. The central control and entertainment display components are touch-sensitive and support voice playback. They enable navigation interaction and basic in-vehicle navigation functions, including but not limited to destination selection and navigation route planning; multimedia functions: supports audio and video playback, and USB/Bluetooth external media connection.

5. The equipment includes a Driver Management System (DMS), capable of:

1) Facial analysis;

2) Fatigue detection such as yawning, head nodding, and eye closure, with alarms triggered based on fatigue duration settings;

3) Identifying driver absence from duty, with alarms triggered based on absence duration settings;

4) Loading camera data or video files;

5) Open-source algorithm, allowing for secondary development.

Training Projects:

1. Driver Management System (DMS) and Fatigue Detection Training

2. Voice Recognition Training

3. Voice Control Technology Training

4. Front Instrument Panel Function Training

5. Understanding and Installation of Automotive Intelligent Cockpit Systems

6. Startup and Control Training of Cockpit Equipment