Product

Details

ASM 2023-B

• New ASM demo project: Truck-trailer with traffic
• AURELION projects included in all vehicle dynamics demos
• ASM Battery:
  • Improved battery topology for different BMS/CSC layouts
  • Out-of-the-box support for smart charging SIL/HIL simulation
• ASM Electric Components: Enhanced parameterization of electric machine model
• ASM Fuel Cell: improvements for more realistic fuel cell simulation (more realistic simulation of small cell voltages, e.g., for testing shutdown routines).
• ASM Vehicle Dynamics: dynamometer interfaces (easy connection of steerable and non-steerable roller dynamometers to the model
• Automated ADAMS2ASM conversion and validation
• Optimized ASM module interfaces for more convenient signal routing

AutomationDesk 2023-B

• Support of Python 3.11
• Support of the new MicroLabBox II
• New Sleep block in the XIL API Convenience library

• Transfer of configured bus communication to bus configurations by copying, cutting, and pasting bus configuration elements
• Simulation of PDU gateways (preview version)
• Generation of missing ECUs for LIN PDUs
• Adding of event‑controlled timing elements to IPDUs in communication matrices
• Manipulation of J1939‑22‑compliant IPDUs with a payload length of up to 60 bytes
• PDU Enable feature available for multiplexed IPDUs

• Support for the new MicroLabBox II
• Support for FMUs with terminals (structured ports) and binary ports (FMI 3.0 features) 
• Ethernet send and receive functions support direct connection to FMU binary ports and Simulink® model variable-sized vector ports
• Changing CAN baud rate at run time
• Support for new I/O boards (DS6365-PE, DS1521 MACsec, DS6242, DS5482, SCALEXIO FSX Unit, DS6801, DS6805)   
• Enhanced support for Simulink® ports on root level of the model
• Fully redesigned options page with new search path editor 

• Support of the new MicroLabBox II
  • Use ControlDesk with the new MicroLabBox II, the successor of the MicroLabBox, as ready-to-use rapid control prototyping system for the laboratory environment
• Support of the new SCALEXIO FSX Unit
  • ControlDesk supports the two new SCALEXIO FSX) boards (DS6801 and DS6805) for the new FSX unit (10 slots, 14 ports).
• Support of Python 3.11
  • In response to the announcement of end of security support for Python 3.9, ControlDesk switches to Python 3.11
• Improved ControlDesk user experience
  • Global searching for variables and block groups
  • Switching mechanism to activate preview features
  • User feedback can be sent directly from ControlDesk to dSPACE
  • Features demonstrated in videos (referenced via QR code)
  • Start page helps with accessing content and utilities for ControlDesk on the
      dSPACE website
• Variable mapping improvements
  • For more flexibility, all mappings can be replaced with variables on layouts in one shot, and vice versa
• Instrumentation improvements
  • Displaying signal names in the legend for Time Plotter and Index Plotter
  • Showing the connection name in time and data cursor tooltips for the Time Plotter
  • Specifying Custom Header Text for Variable Array
  • MP3 file support for the Sound Controller
  • Usability improvements for Hierarchy Array (customizing the font of tab header text, expanding/ collapsing subordinate row
  • New date and time instruments 
• Bus Navigator improvements
  • General
    • Customizing Bus Instrument generation
    • Support of R22-11 ARXML files
  • For CAN:
    • PDU user port manipulation support
    • SecOC freshness overwrite value manipulation support
  • For J1939-22:
    • Generating Compact and Manipulation Bus Instruments for Multi PG IPDUs
    • Suspension of PDU transmission manipulation support
  • For Ethernet:
    • Usage of AUTOSAR file for decoding SOME/IP-SD messages
    • Importing and visualizing SOME/IP event parameters
  • For FlexRay:
    • FlexRay: GTS communication manipulation support
  • Usability improvements:
    • Displaying the PDU state in the region header
    • Visualizing signals for which 'ISignal Value' is enabled
    • Selecting the Bus Navigator element related to a Bus instrument
    • Selecting the monitor node related to a monitoring list
    • Compact Bus Instrument: Support for naming macros

• Support of the AUTOSAR system template based on AUTOSAR Classic Platform Release R22-11 for describing LIN networks
• Possibility to create a restbus configuration also for ECUs that are already in the simulation configuration

• XCP time stamp synchronization
• Support of the new MicroLabBox II  

• Minor enhancements and bugfixes 

• Accelerated model comparison: New, file-based comparison method that analyzes the pure model files directly and displays the comparison results immediately
• Model2TextConverter (Textconv driver) with built-in TargetLink support

• ModelDesk technology update
  • Updated core technology for application and parts of the user interface.
  • Prepared for modern operating systems and new .NET framework versions.
• Updated OpenDRIVE conversion
  • Support of OpenDRIVE 1.6 for import
  • Improved quality of OpenDRIVE export

• Support of AUTOSAR Classic Platform R22-11 

• Support of AUTOSAR Classic Platform R22-11

• Support of a the SCALEXIO real-time PC
• Support of the DS6344 CAN board

• Support of the SCALEXIO FSX hardware
• FSX Infrastructure (DS6861 IOCNET Router, SCALEXIO FSX Unit (10 slot)
• Fault Insertion Board (DS6801, DS6802 (limited software support), DS6805 (limited software support)
• Support of the DS6242 D/A Board
• Support of the DS6365-PE Board

• Support of Python 3.11

• Support for generation of A2L files for AUTOSAR application data types CURVE, MAP, COM_AXIS as well as for SWC-internal CONSTANT- and STATIC-MEMORY variables
• Support of AUTOSAR Release 22-11 for Classic and Adaptive Platform
• XCP Service Integration according to FMI Layered Standard fmi-ls-xcp (RC1) 

• New “SOLE” block for solving linear equations allows advanced motion control and trajectory planning
• Dynamic selection of variables at Data Store Read and Data Store Write blocks
• More C++ constructs like enumeration class data types, static casts, and namespaces on module level
• Improved code generation run time for large signals
• Support of the Simulink® parameter “Ensure output is virtual” to enable a smooth transition from classic initialization mode to simplified initialization mode
• Text-based DD in .ddjson format for better handling of DD files in version control systems and text-based workflows

• VEOS CoSim: Full native co-simulation support
• QEMU integration into VEOS simulation

• R2022a
• R2022b 
• R2023a¹⁾
• R2023b¹⁾

• Linux Ubuntu 20.04 LTS
• Windows® 10 GAC 22H2²⁾
• Windows® 10 LTSC 1809²⁾  
• Windows® 10 LTSC 21H2²⁾ 
• Windows® 11 GAC 22H2³⁾
• Windows® Server LTSC 2019 (version 1809)  
• Windows® Server LTSC 2022 (version 21H2)