ControlDesk

用于开发电控单元 (ECU) 的通用模块化实验和仪表软件

ControlDesk 是用于无缝 ECU 开发的 dSPACE 实验软件。从实验开始到结束，它完成了所有必要任务并为您提供单一的工作环境。

ControlDesk 7.3

用于DS6001、以太网回放、OSI可视化和ASAM CDFX 2.1的数据记录器

详细了解
上一次交叉测试展示出了良好的互操作性

兼容 XIL API 的产品（例如ControlDesk）的互操作性会进行定期检查。为此，汽车应用开发工具的主要供应商，定期到dSPACE进行交流，针对他们的产品执行交叉测试。在执行此类测试的过程中，他们将自己的测试工具连接到第三方测试台架，以评估他们的测试软件是否能够与其他制造商的测试硬件通信且不出错。

详细了解

经济实用的轻度混合动力新方式

Continental公司新推出的皮带驱动型起动器发电机不仅使用了 48 V 车辆电气系统，还创新性地使用了异步电动机作为电机和发电机。dSPACE 灵活的 HIL 测试系统促进了轻度混合动力ECU的开发。

详细了解
电动锲形离合器换挡更流畅

以前尝试为自动变速箱开发楔块式离合器时常常以失败告终，因为无法消除换档冲击。上海交通大学的研究人员正在研究通过一种精确控制的电动机来解决该问题。其验证过程是基于 dSPACE 提供的硬件和软件工具。

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高效测试不同类型的商用汽车 ECU

多样性是评估商用车性能一项标准。Scania 提供的车辆类型选项和模块化车辆配置几乎数不胜数。通用的电控单元 (ECU) 系统已有多种衍生类型。在新的测试实验室中，Scania 展示了该系统如何能通过可靠性验证。

详细了解

集成的 ECU 校准、测量和诊断访问
(CCP, XCP, ODX)
在 ECU、RCP 和 HIL 平台及总线系统上同步采集数据
强大的布局、仪表、测量和后处理 (ASAM MDF)

ControlDesk中各种 XIL API EESPort GUI 错误集的定义。

通过 ControlDesk控制和监控电驱动

简介 4:33

简介
了解关于ControlDesk的更多信息，ControlDesk是 dSPACE 的通用实验软件，这款多功能工具适用于电控单元的开发和验证过程。

仪表 2:08

仪表
了解如何通过ControlDesk轻松灵活地创建布局。

测量绘图数据 3:58

测量绘图数据
了解如何对ControlDesk的数据进行可视化、配置和触发。

Signal Editor 2:37

Signal Editor
了解如何通过Signal Editor编辑信号描述集，以便将其用作信号发生器来激励模型变量。

应用领域

可用于进行的任务：

快速控制原型（全通，旁通）
硬件在环 (HIL) 仿真
ECU 测试、校准和诊断
访问车辆总线系统（CAN、CAN FD、LIN 和 Ethernet）
使用 VEOS和 SCALEXIO进行虚拟验证

主要优点

ControlDesk 将多个专用工具的功能集于一身。它可以访问仿真平台以及所连接的总线系统，还可以在 ECU 上完成测量、校准和诊断（例如通过标准化 ASAM 接口）。
其灵活的模块化结构拥有高度可扩展性，可满足特定应用实例的要求。在处理、所需的培训量、需要的计算能力和成本方面它将给你带来明显的优势。

Versions	Description
ControlDesk	Same tool for rapid control prototyping, HIL simulation, offline simulation, ECU calibration, and diagnostics Easy creation of layouts and instruments Synchronous measurement on all data sources Integrated project and experiment management Integrated measurement data management (ASAM MDF 4.1) Compatibility with several ASAM standards (such as ASAM MDF, XCP, CCP, ASAP2, ODX) Powerful tool automation capabilities for user-specific extensions and optimal process integration Access bus network data with instruments (CAN, CAN FD, LIN and Ethernet) Operator mode (protects your projects and experiments against unauthorized changes) Monitoring, logging, and dedicated instruments for CAN and CAN FD Support of virtual validation test scenarios with dSPACE VEOS and SCALEXIO Built-in access to all dSPACE real-time hardware platforms Built-in access to third-party test benches and other hardware by using an ASAM XIL API MAPort server Built-in automation functionality using the ASAM MCD-3 standard
ControlDesk – Operator Version¹⁾	For using projects and experiment data that were already created with the standard ControlDesk version Protection against altering and creating projects and experiments Built-in access to all dSPACE real-time hardware platforms Built-in access to third-party test benches and other hardware by using an ASAM XIL API MAPort server

Versions

Description

ControlDesk

Same tool for rapid control prototyping, HIL simulation, offline simulation, ECU calibration, and diagnostics
Easy creation of layouts and instruments
Synchronous measurement on all data sources
Integrated project and experiment management
Integrated measurement data management (ASAM MDF 4.1)
Compatibility with several ASAM standards (such as ASAM MDF, XCP, CCP, ASAP2, ODX)
Powerful tool automation capabilities for user-specific extensions and optimal process integration
Access bus network data with instruments (CAN, CAN FD, LIN and Ethernet)
Operator mode (protects your projects and experiments against unauthorized changes)
Monitoring, logging, and dedicated instruments for CAN and CAN FD
Support of virtual validation test scenarios with dSPACE VEOS and SCALEXIO
Built-in access to all dSPACE real-time hardware platforms
Built-in access to third-party test benches and other hardware by using an ASAM XIL API MAPort server
Built-in automation functionality using the ASAM MCD-3 standard

ControlDesk – Operator Version¹⁾

For using projects and experiment data that were already created with the standard ControlDesk version
Protection against altering and creating projects and experiments
Built-in access to all dSPACE real-time hardware platforms
Built-in access to third-party test benches and other hardware by using an ASAM XIL API MAPort server

Additional Modules	Description
ECU Interface Module	AUD, NBD, JTAG/Nexus, JTAG/OCDS, and JTAG/SDI CCP (CAN Calibration Protocol) XCP on CAN, XCP on CAN FD, XCP on Ethernet²⁾ (TCP/IP and UDP/IP) Support of structured data types as specified in ASAM A2L 1.7
ECU Diagnostics Module	Compliance with the ODX database standard (ASAM MCD-2D v2.0.1 and v2.2.0 (ISO 22901-1)) Support of ISO protocols for CAN, CAN FD, K-Line, and Ethernet Dedicated instruments for executing diagnostic services and reading or clearing the ECU fault memory ECU flash programming via diagnostic interfaces Support of ASAM MCD-3D v2.0.2
Signal Editor Module³⁾	For graphical stimulus definition Time-synchronous stimulus generation on dSPACE real-time hardware and in Simulink models simulated in dSPACE VEOS Replaying measured data Multiple stimulus patterns can be executed independently Support of the XIL API stimulus format (STZ files, i.e., zipped STI files)
Bus Navigator Module⁴⁾	Support of CAN, CAN FD, LIN, Flexray and Ethernet buses Dedicated instruments for CAN, CAN FD, LIN Flexray and Ethernet bus objects Replaying recorded CAN and CAN FD messages Replaying Ethernet communication CAN, CAN FD, and LIN monitoring and logging for dSPACE hardware, dSPACE VEOS, and PC bus interfaces Ethernet bus monitoring (dSPACE SCALEXIO, Vector interfaces, Ethernet interfaces of PCs including loopback) CAN bus statistics LIN bus statistics