ConfigurationDesk

dSPACE实时硬件的配置和实现软件

ConfigurationDesk是一个直观的图形化配置和实现工具，非常适合处理从小型快速控制原型（RCP）开发到基于dSPACE实时硬件（如SCALEXIO或MicroAutoBox III）的大型硬件在环（HIL）测试的应用程序，包括行为模型的实现和I/O功能代码。

对于外部设备（如ECU）、配置的实时硬件和连接的行为模型，ConfigurationDesk能够提供清晰的结构概述。

  • ConfigurationDesk 22.1

    新功能能够大大便利您的工作。请在此处进行选择：

    详细了解

  • ConfigurationDesk - 便捷的模型交换和复用

    ConfigurationDesk通过预编译的container容器对客户进行支持，并用于Simulink®模型和Functional Mock-up Unit（FIU）这意味着您可以在没有源文件的情况下传递模型，从而保护您的知识产权并简化模型交换。此外，还可以节省生成时间，因为一旦生成了预编译容器，就可以在不同的项目或变体中复用，而不必再次生成和编译C代码。

  • ConfigurationDesk 6.5

    通过 MicroAutoBox III实现发动机仿真

    详细了解

  • 一键实现动力传动系统测试

    为了快速安全地创建模型集成版本，例如，测试新的动力传动系统，HIL仿真器可以配备基于dSPACE数据管理软件SYNECT的自动化工作流程。

    详细了解

  • FMI 的工作流程示例

    产品展示有关如何使用 ConfigurationDesk 将FMU集成到现有模型。

    详细了解

  • 网络研讨会录制：ConfigurationDesk – 将模型连接到dSPACE硬件

    在这个网络研讨会中，dSPACE演示了如何使用ConfigurationDesk轻松地将SCALEXIO Hardware连接到模型。

    详细了解

  • 使用广泛的自动化API以图形方式配置实时应用程序
  • 管理外部设备和行为模型接口之间的信号路径
  • 自动实现行为模型代码和I/O功能代码

4 Videos
4 Videos

应用领域

通过ConfigurationDesk，您可以轻松地为HIL或RCP场景实现强大的实时应用程序。它能够将Simulink®模型、Functional Mock-up Unit（FMU/FMI）连接到I/O功能或总线仿真容器（BSCs），配置SCALEXIO硬件或MicroAutoBox III，并控制整个过程，以生成实时代码。您可以选择定义和记录外部设备，例如ECU、电气设备和负载，包括它们的信号属性（描述、电气属性、故障仿真设置和电气负载的容量）。通过此输入，ConfigurationDesk会生成将在实时系统上执行的实时应用程序。

主要优点

Working with ConfigurationDesk offers a wide range of benefits when developing and testing controllers or ECUs:

  • Managing the complete signal path from external device to model interface gives you a clean and clear overview of the entire application.
  • Separating the behavior model from I/O configuration lets you flexibly reuse application artifacts with high flexibility.
  • Simulating I/O with fixed values allows for testing even if the real I/O is not available yet.
  • The automatic implementation of your application on dSPACE real-time hardware covers behavior model code, I/O function code, and all relevant application-specific code.
  • An intuitive graphical display with views tailored to various use cases guides you through the RCP and HIL workflows.
  • A powerful application programming interface (API) lets you automate your workflows, e.g. in continuous intergration (CI) processes.
  • Various model and container formats, including Simulink and FMU support, each supported in source code or binary form, allow for timesaving modular and distributed development and collaborative work, including IP protection scenarios.
  • The use of multiple models per application lets you build large, modular applications – an essential feature especially in the context of continuous integration (CI).
  • A model container support for Simulink implementation container (SIC), FMU, and BSC, as in dSPACE VEOS, provides a smooth transition from SIL tests to HIL tests and vice versa.
  • Comprehensive documentation options ensure traceability throughout the entire project​. 

Functionality Description
General Graphical configuration of real-time applications
Decoupling of I/O configuration and behavior model
Integration of models from various tools
Enhanced graphical user guidance through the workflow of the configuration
Supported platforms SCALEXIO systems
MircoAutoBox III
Interactive Simulink support Generation of ConfigurationDesk projects directly from the Simulink model
Switch from Simulink to ConfigurationDesk and vice versa in only one click
The interface of Simulink models can be changed/adapted on both sides, in Simulink and in ConfigurationDesk. The changes can be propagated to the opposite side
Start the overall build process from the Simulink model
Support of various model container formats Simulink implementation container (SIC)

  • Simulink implementation containers are generated from your Simulink models using the dSPACE Model Interface Package for Simulink (MIPS) 

  • Simulink implementation containers can be imported and compiled without requiring a MATLAB/Simulink installation (reuse for different projects or variants without having to generate the model code again).

Functional Mock-up Unit (FMU) that include their implementation as C source or as Linus64/Linux32 shared object

Bus simulation container (BSC) for CAN and LIN, generated by Bus Manager or Ethernet, generated by Ethernet Configuration Package

FPGA container (FPGAC)

IP protection of the model through compiled model containers without source code
TargetLink support Simulation of TargetLink-generated code as FMUs or SIC files
I/O configuration and documentation For the graphical definition of the complete signal chain, the model ports have to be mapped to the I/O of the real-time hardware. ConfigurationDesk offers the following configuration features:
  • I/O functions (defining and configuring the functionality of the assigned real-time hardware)
  • Model port mapping (connecting I/O function ports and model ports)
  • Hardware resource assignment (mapping I/O functions to hardware resources)

For documentation purposes, these features allow for handling an external device:

  • External device topologies (properties of ECU, plant, and load pins)
  • Device port mapping (connections between the ECU, plant, and load pins and the signal ports of an I/O function)
Bus simulation Support of configuring and implementing CAN, LIN, Ethernet, and FlexRay
Real-time code generation Complete and automatic build process of all components of your real-time application

  • ConfigurationDesk 产品信息, PDF, 英語, 597 KB
  • SCALEXIO 产品信息, PDF, 英語, 18321 KB
RTI CAN MultiMessage Blockset 将 dSPACE 系统与 CAN 通信网络连接 RTI LIN MultiMessage 模块组 将 dSPACE 系统与 CAN 通信网络连接 dSPACE FlexRay Configuration Package FlexRay通信系统的配置工具 Bus Manager 适用于 LIN、CAN 和 CAN FD 总线仿真的配置工具 SCALEXIO Processing Unit 高内核性能和高并行性能的产品线 DS6001 Processor Board SCALEXIO系统的高性能处理器板卡 MicroAutoBox III 紧凑强大的车载原型开发系统 RTI FPGA Programming Blockset dSPACE 系统中集成 FPGA 模型 Ethernet Configuration Package Ethernet SOME/IP网络的配置工具 SCALEXIO RCP和仿真应用的模块化实时系统
Related Topics Documentation Contact Information

订阅新闻通讯

订阅/管理订阅/取消订阅 dSPACE新闻简讯