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Vector Automotive Technology (Shanghai) Co., Ltd.

Sunyoung Center
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Shanghai 200050

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Vector Automotive Technology (Shanghai) Co., Ltd.

Sunyoung Center
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Changning District

Shanghai 200050

China

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Vector Automotive Technology (Shanghai) Co., Ltd.

Sunyoung Center
Room 2701-2703, No.398 Jiang Su Road
Changning District

Shanghai 200050

China

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Vector Automotive Technology (Shanghai) Co., Ltd.

Sunyoung Center
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Changning District

Shanghai 200050

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Visitor Address: Holderäckerstr. 36

70499 Stuttgart

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70499 Stuttgart

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DYNA4 - Virtual Test Driving

DYNA4 - Function Development in Closed-Loop System Tests

DYNA4 is an open simulation environment for the virtual test driving of cars and commercial vehicles. The physical models include vehicle dynamics, powertrain, combustion engines, electric motors, sensors and traffic. Virtual test drives with DYNA4 facilitate safe and efficient function development and testing. Closed-loop simulations on the PC run faster than in real-time, e.g. for use in early development stages (MIL, SIL), or can be executed on Hardware-in-the-Loop systems (HIL) when ECUs are available. DYNA4’s 3D environment simulation with road infrastructure and traffic provides virtual test fields for assisted and automated driving wherever environment perception plays a key role.

Gallery

Todos Imágenes Vídeos
Based on practical examples, GKN explains their global vehicle simulation strategy
Video: Closed-loop simulation for the development of vehicle stability functions, such as ESC, ABS etc.
Video: Stimulate ADAS functions in virtual test drives. Benefits of closed-loop simulation with DYNA4 for ADAS function development.
Test of ADAS functions in a virtual world with traffic, sensors, road, pedestrians
Testing ADAS functions in a virtual world with traffic and environment sensors
Various powertrain topologies with energy analyses e.g. in typical driving cycles or on the virtual road
Energy analyses of a hybrid powertrain on a virtual dynamometer
Comparing vehicle dynamics behavior with different tire inflation
Comparing vehicle dynamics behavior with different tire inflation
DYNA4 GUI with Model Data View and running 3D visualization
DYNA4 GUI with Model Data View and running 3D visualization
Video: How to use virtual test driving in Closed-Loop-Simulations for ADAS testing.

Advantages

  • Frontloading: testing and development of ECU functions in early stages
  • Safe testing in critical driving maneuvers, including near crash situations or vulnerable road users
  • Parameter variations for thousands of automated driving tests
  • Weather independence: reproducible environment conditions with rain, snow, fog, wind etc.
  • Direct comparison of configurations, variants etc.
  • Optimization of complex systems, e.g. operating strategies with many application parameters
  • Traceability of test runs through management and versioning of simulation input and output

Application Areas

ADAS / AD
Vehicle Dynamics
E-Mobility
Combustion Engines

Driver Assistance Systems and Autonomous Driving

Simulation of lidar sensor and image segmentation as input for ADAS function development
Simulation of lidar sensor and image segmentation as input for ADAS function development
  • Environment perception: Lane detection, traffic sign recognition, object detection, simultaneous localization and mapping (SLAM) etc.
  • Comfort functions: Adaptive cruise control (ACC), traffic jam assistant, parking pilot etc.
  • Safety systems: Pre-crash, front collision warning (FCW), automated emergency braking (AEB), lane keeping assistant, blind spot monitoring etc.
  • Car2x: Connected and cooperative driving
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Virtual Test Drives with Precise Vehicle Dynamics

Simulation-based ESC homologation, Sine-with-Dwell test
Simulation-based ESC homologation, Sine-with-Dwell test
  • Chassis control systems: Electronic stability control (ABS, ASR, ESC), active roll compensation, trailer stabilization, active suspension control etc.
  • Steering control: Power steering, rear-wheel steering, superposition steering etc.
  • Commercial vehicles with up to two trailers
  • Virtual axle and tire test stands for generation and validation of model parameters
  • Complete vehicle simulation for testing the interdependencies of networked ECUs
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System Simulation and Energy Management

Energy management analyses: Virtual driving of NEFZ, WLTP and others
Energy management analyses: Virtual driving of NEFZ, WLTP and others
  • CO2 reduction: Energy consumption prognosis for vehicles with conventional, hybrid or full electric powertrains and auxiliary units
  • Predictive energy management functions
  • Hybrid control units: Development, optimization and testing of hybrid control
    functions
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Simulation of Combustion Engines from MIL to HIL

  • Engine management functions and on-board diagnosis
  • Proof-of-concept studies during early development
  • HIL simulators for testing of engine control units and components
  • Analysis of design concepts for gasoline, diesel, and alternative fuels passenger car engines, high-speed race engines, heavy duty engines and marine engines
  • Design of controllers for supercharging, variable valve actuation, HCCI, and EGR
  • Test and development of controllers for exhaust aftertreatment
  • Hardware-in-the-loop tests for engine controllers with cylinder pressure sensing
  • Feasibility studies and evaluation of engine design
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Start a Conversation

Are you interested in virtual test drives for control function development? Then let's talk!

Felix Beygang
Helping to simplify closed-loop simulations. Fom MIL, SIL to HIL.

DYNA4 Key Features

Virtual Vehicle
Environment & Sensors
Workflows & Connectivity

Virtual Vehicle: Models for Closed-Loop System Tests

  • Seamless integration of vehicle control functions and strategies
  • One or more vehicles under test, e.g. for cooperative driving
  • Use-case dependent choice of model fidelity from basic models to high-fidelity models
  • Vehicle dynamics for cars, trailers, trucks and commercial vehicles
  • Pre-configured, modular drivetrain models with mechanical and electrical components
  • Engine dynamics based on mean-value or detailed thermodynamic cylinder models
  • Driver models for different applications
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Traffic, Environment, Sensors and 3D-Visualization

  • Impressive 3D-visualization of your DYNA4 simulations
  • Comprehensive and user-extensible object library with signs, vehicles, cyclists, pedestrians, animals, etc.
  • Driving on OpenDRIVE road networks without conversion
  • Deterministic traffic to create specific scenarios with prescribed behavior, e.g. NCAP
  • Stochastic yet reproducible traffic for explorative testing, e.g. driving on highway in dense traffic
  • Sensor simulation on decision level with object lists or on perception level with signals from camera, lidar, radar or ultrasonic sensors
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Integration, Workflows and Connectivity

  • Powerful model and scenario authoring in DYNA4 Studio
  • Open and modular model architecture based on MATLAB/Simulink
    • Comprehensive DYNA4 model component libraries
    • Seamless integration of your Simulink models, FMUs or C-code
  • Flexible integration into your work processes and tools
    • DYNA4 as master for your simulation tool chain
    • DYNA4 as slave with headless operation in your common work environment
  • Open-loop and closed-loop simulation
  • Integrated test automation and parameter variation
  • Standard interfaces e.g. for CANoe, FMU, ROS and ADTF
  • Integrated versioning and teamwork functionality
  • Model, data and results management
  • Continuous re-use of your tests from MIL, SIL to HIL
  • Support of all common HIL platforms
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Highlights of DYNA4 R6

Virtual test driving with different light conditions
Virtual test driving with different light conditions
  • Improved physics-based sensor models

    • Physical scene lighting parameters

    • High dynamic range camera images

    • Non-uniform angular resolution of lidar sensors

  • Leap in visual quality with new render pipeline

  • Modular control unit structure for easier integration of custom functions and more flexible composition of new vehicle models  

  • Extended ASAM OpenDRIVE support

    • New road viewer for analysis and route editing

    • Road network generation including junctions

    • US road signs

    • Chinese road signs

  • Extended ASAM OSI support

    • Object-based sensors output OSI messages

    • New lane detection sensor outputs OSI messages

    • Consideration of the OSI PROJ string for geo-referencing

  • Improved workflows and usability

    • Improved data management of model parameters and result data 

    • Easier signal manipulation with externally available signal modifiers and dynamic signal sources 

    • New progress view about pending operations and simulation job progress with cancellation options

    • Strengthened Python integration with dedicated editor and many pre-installed modules

    • Many re-worked user interfaces including filter boxes, tooltips and other convenience features

  • Many new examples for models and parameter sets

  • Updated software and hardware compatibility

Standards for Virtual Test Drives

Standards for virtual test drives

In light of increasingly complex driving functions and their networking in the vehicle, simulation has become a standard tool from function development to validation. But how can virtual test drives be used flexibly and sustainably across disciplines? Standards such as OpenDRIVE, OpenSCENARIO, OSI, FMI, and MDF are important cornerstones in the area of system integration, data management, and test evaluation.

In our technical article "Standards for Virtual Test Drives" (Hanser Automotive Issue 6/2020) we explain how the consistent use of standards enables the reuse of virtual test drives continuously along the entire development process.

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Training

DYNA4 Training Courses

DYNA4 offers various possibilities to efficiently develop ECU functions through virtual test drives. But only those who know all these options can fully exploit the potential and save time and money.

Therefore, use our training courses to use DYNA4 even more efficiently in your everyday work!

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