Applications
Exploring the Infinite Possibilities of Transportation
DrivingTech is leading the charge in empowering its customers to accelerate both product development and the pace of innovation.
Adapting to the development trend of interdisciplinary integration and cross-domain collaboration.
01.
Intelligent Driving System Development and Testing
Intelligent driving technology is continuously evolving and moving towards commercialization. However, the cost of real-car testing in extreme scenarios is high, and those special conditions are difficult to replicate. Therefore, testing and verification of related technologies have become increasingly important.
What We Provide:
Autonomous Driving Robot
The autonomous driving robot meets the demands of autonomous-vehicle testing and chassis testing. It provides a stable platform for the research and development of autonomous driving technology.
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· Innovative pedal operating system
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· Allows human-machine co-driving
Autonomous Test Vehicle
The autonomous test vehicle is equipped with a comprehensive sensor suite. Additionally, we offer autonomous driving capabilities through two approaches: vehicle retrofitting and autonomous driving robots.
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· Integration of various sensors: dual front-facing cameras, ultrasonic radar, millimeter-wave radar, LiDAR, an inertial-navigation module, fisheye cameras, and surround-view camera system.
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· Supports all autonomous driving functions： sensor data acquisition, data fusion, decision-making, and actuation, etc.
Multi-Mapping Virtual‒Real Driving Simulation
The system provides a testing and validation platform for autonomous driving research, facilitating the verification of traffic flow theory in complex, dynamic settings.
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· The physical layer： autonomous vehicles (real cars), steer-by-wire scaled cars, and micro steer-by-wire cars on a sand-table track.
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· The virtual layer： autonomous driving simulation system and traffic-flow simulation software
02.
Traffic Management and Traffic Safety
Based on high-precision simulation technology, it is used to predict the effectiveness of traffic design plans, optimize road network traffic efficiency and safety indicators. It helps conduct in-depth research on driver distraction/fatigue mechanisms to support the development of the DMS system.
What We Provide:
Automobile Driving Simulation System
Utilizing high-precision simulation technology to construct realistic virtual traffic scenarios, conduct comprehensive performance evaluations of traffic design plans. With driving behavior data at its core, it helps improve road network traffic efficiency and safety levels.
Driving Simulation Group
Multi-vehicle cooperative simulation involves testing scenarios where multiple drivers operate vehicles and encounter each other in simulated environments. This process recreates real-world traffic conditions, providing reliable data on vehicle-human-road coordination.
Driver Fatigue Research
Real-time monitoring and recording of drivers’ physiological and behavioral data to help researchers accurately observe the patterns of driving behavior changes under distraction and fatigue. This provides a scientific basis for developing targeted safety strategies.
- Eye-tracking
- Facial expressions
- Physiological data
- fNIRS
- EEG
- Inertial motion capture
- Stress distribution testing
03.
Driver-Machine Interaction
In-depth analysis of drivers' cognitive load, operating habits, and human-machine interaction mechanisms. It provides a realistic and controllable testing environment and human factor data support for the design of intelligent cockpit HMI, significantly reducing the risks and costs associated with real car testing.
What We Provide:
User Experience Research
Real-time monitoring and recording of drivers’ eye movements, physiology, behavior, and other multi-dimensional data. This provides objective and quantifiable scientific evidence for optimizing cockpit design, enhancing user experience, and improving driving safety.
Vehicle Interaction Interface Design Optimization
Leveraging high-precision simulation technology to accurately replicate complex traffic scenarios and driving environments. It creats an immersive, HMI interaction research platform to accelerate prototype iteration and validation.
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· Recommended Solution: Flexible testing bench cockpit
04.
Innovation on Smart Transportation System Integration
In modern world, the implementation of vehicle-road collaboration technology faces many challenges. The collaborative verification of intelligent connected vehicles and traffic systems requires an accurate and efficient verification environment to build a stable and cost-effective verification solution.
What We Provide:
Vehicle in Loop Simulation System（VILSS）
Traditional vehicle testing methods usually rely on real-road trials, which are costly and time-consuming. The VILSS conducts simulated dynamic driving tests of vehicles in a laboratory setting. It can save costs, improve efficiency, and reduce safety risks. It does not require any modifications to the vehicle and can connect to various steering force feedback systems of different car models, providing a steering wheel operation feel that is close to real-road conditions.
The road load simulation device is linked in real-time with the driving simulation software, providing road load simulation to make the vehicle’s power output and performance more similar to real driving conditions.
Multi-Mapping Virtual‒Real Driving Simulation
The system provides a testing and validation platform for autonomous driving research, facilitating the verification of traffic flow theory in complex, dynamic settings.
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· The physical layer： autonomous vehicles (real cars), steer-by-wire scaled cars, and micro steer-by-wire cars on a sand-table track.
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· The virtual layer： autonomous driving simulation system and traffic-flow simulation software.
Construct Your Automotive Driving Simulation Testing Platform
Helping to deploy an ideal research platform that integrates advanced technology, practicality, and scalability.
Automobile Driving Simulation System SIMLAB
Supports customized solutions to meet various technical requirements，comprehensively cover research needs in the field of transportation.
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Sight Simulation System High resolution, real-time rendering, precise road condition simulation for an immersive driving experience.
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Cockpit Intelligent feedback control, modular flexible configuration, customizable to meet different experimental needs.
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Motion platform Integrated with driving simulation software to achieve perspective and scene transitions, providing realistic motion simulation effects.
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Driving Simulation Software Precisely defines traffic scenario elements, real-time dynamic simulation.
Driving Simulation Software
Precisely define traffic scenario elements, implement real-time dynamic simulation, and quickly create simulation scenarios.
Offer a variety of predefined traffic scenarios, covering different environments such as urban roads, rural roads, and highways, so you don't need to create all scenarios from scratch. With highly realistic graphics and accurate physical models, drivers can experience an immersive driving experience in a virtual environment.
Support personalized customization of scene creation and secondary development of software modules, meeting the diverse needs of different users for simulation scenarios and functionalities.
Rich interfaces support the integration of various hardware and software, such as professional third-party vehicle dynamics simulation software, including but not limited to CarMaker, CarSim, Prescan, and I-Grade, etc.
Used for vehicle hardware and software verification, driver behavior monitoring, autonomous driving function evaluation, simulation training, and other fields, aiding in the development and testing of the automotive industry.
Start Deploying Your Driving Simulation Testing Solution
Feel free to contact us at any time! We have a team of specialists ready to support you!
