• • Functional verification test
• • Response time test
• • Fluency test
• • Multi-screen interaction test
• • Touch-screen parameter test
• • Field interaction test
• • Voice interaction simulation
• • Fingerprint recognition simulation
• • Video HIL test
• • Power consumption and heat test
• • Bus communication assertion
• • Digital meter test

• 

  HMI Test Robot

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  Instrument Automation Test

• 

  Field Static/Dynamic Test

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  Multi-Screen Interaction Test

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• In-vehicle HMI Test System

  • Non-invasive test, robotic arm simulation of manual operation
  • Support for touch and button operations
  • Integrated industrial camera to capture screen changes in real time
  • Fully automatic test of the system
  • 24/7 testing without human intervention
• 

• Touch Screen Parameter Test System

  • Automatic touch screen test
  • Highly reliable test accuracy
  • Highly accurate simulation to reproduce the temperature and humidity conditions
  • Stable operation, 24/7 uninterrupted, automatic
  • Integrated reporting function for automatic export of test results

• Reliability Test System

  • Support for multiple script automation
  • Built-in use cases to support the automatic editing of use cases on the interface
  • Effective management of the working status of each electronic control unit
  • Integrated task distribution for test implementation
• 

• DNC Test System

  • Off-line engine for voice synthesis without network connection
  • Text-to-speech for automatic generation of audio file
  • Male and female vocal synthesis
  • Dialects and multiple languages available
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Response Time Test

Touch Screen Parameter Test

• Accuracy Deviation/jitter between the mechanical dotting coordinates and the reporting point
• Linearity Deviation/jitter between the line drawn by the mechanical stylus and the reporting point curve
• Suspending degree The maximum distance of the stylus from the screen with feedback
• Sensitivity Calculation of the number of broken lines in the process of drawing rectangular-ambulatory-plane lines
• Finger pitch The minimum distance between the two reporting points in the process of two fingers approaching
• Response time Delay of response from screen touching to screen feedback

Product Introduction

Advanced humanoid robot is designed to simulate human facial expressions, skin flexibility and appearance characteristics, reproduce human appearance characteristics by 1:1, and realize basic human actions in combination with flexible actuator and skeleton structure. It is mainly used for the analysis and evaluation of the accuracy rate, false negative rate, false positive rate, positive detection rate, reaction time, etc. of the fatigue detection system.

System Composition

• • Humanoid robot
• • Robot control system
• • Robot control software

Voice interaction module is composed of intelligent voice speaker, pickup and voice recognition module, enabling the analysis and evaluation of the voice interaction function of intelligent cockpit. The head camera can acquire and analyze the light reminder information from the instrument, center console and other device to realize the analysis and evaluation of the function of touch screen or light reminder.

The flexible pressure sensor, mounted on the finger, can analyze parameters such as the pressure, duration and contact area of finger touch, thereby analyzing and evaluating the functions of touch screen. The left and right hands can be programmed for different actions, and make various gesture to test and analyze the recognition performance of body camera in intelligent cockpit, so as to realize the analysis and evaluation of the gesture recognition of intelligent cockpit.

Product Features

• • Silicone skin
• • Faces synthesized by software or obtained by scanning real people
• • Customizable limb size
• • 3D printing or manual modeling (optional)
• • Abundant facial expressions
• • Support for program modification of PC software
• • Meet the action requirements of the DAM robot in the Performance Requirements and Test Methods for Driver Attention Monitoring System:

Robot Control Software

The system software is process-oriented, and customers can set the robot action flow according to their needs. During the test, the software will give corresponding alarm prompt.