ControlDesk^® Next Generation

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Universal experiment software for electronic control unit (ECU) development

Universal, modular experiment and instrumentation software for ECU development
Integrated ECU calibration, measurement and diagnostics access (CCP, XCP, ODX)
Synchronized data capture across ECUs, RCP and HIL platforms, and bus systems
Powerful layouting, measurement and post-processing
NEW: ControlDesk 4.3

Description

Application Areas
ControlDesk Next Generation is the dSPACE experiment software for seamless ECU development. It performs all the necessary tasks and gives you a single working environment, from the start of experimentation right to the end. These are some of the tasks it can be used for:

Rapid control prototyping (fullpass, bypass)
Hardware-in-the-loop simulation
ECU measurement, calibration, and diagnostics
Access to bus systems (CAN, LIN, FlexRay)
Virtual ECU testing¹⁾with dSPACE VEOS^®

Key Benefits
ControlDesk Next Generation unites functionalities that used to be covered by several specialized tools. It provides access to simulation platforms and connected bus systems, and can perform measurement, calibration and diagnostics on ECUs, for example, via standardized ASAM interfaces. Its flexible, modular structure provides high scalability to meet the requirements of specific application cases. This gives you clear advantages in terms of handling, the amount of training needed, the required computing power, and costs.

¹⁾Please click here for more information on virtual ECU testing, and here for more information on PC-based offline simulation.

ECU Access

Many Interfaces Supported

ControlDesk Next Generation supports ASAM MCD-1 CCP and XCP, particularly XCP on CAN/Ethernet/FlexRay, and various types of on-chip debug interfaces. To integrate ECU diagnostics, you have CAN- and K-line-based access via ASAM MCD-2 D (ODX) with diagnostics protocols such as KWP2000, UDS, OBD (ISO 15031), TP2.0 and GMLAN.

External measurement equipment can also be integrated, for example, for time-synchronous temperature measurement.

ECU Interface Module (optional)

The ECU Interface Module is an optional software module for calibration and measurement access to electronic control units.

Support of ASAM A2L files (ASAM MCD -2 MC)
Online and offline calibration
Support of single-page and two-page concepts with a working and reference page
Automatic reconnect to unplugged ECUs for resuming measurement
Seed & key access to ECU for XCP and CCP
Calibration of ECUs without dedicated data segments

ECU Diagnostics Module (optional)

The ECU Diagnostics Module is an optional software module that facilitates the calibration and validation of ECU diagnostic functions.

Compliance with the ODX database standard
Support of ISO protocols for CAN and K-Line
Dedicated instruments to execute diagnostic services and to read or clear the ECU fault memory
ECU flash programming via diagnostic interfaces
Extended automation interface (e.g., select services, jobs and control primitives, set their parameters, execute them, and evaluate the results)
Support of ControlDesk’s application programming interface (API) for access to diagnostics functions

Support of ASAM MCD-3D v2.0.2 (COMPARAMs according to PDU API v2.2, ISO 22900-2)
NEW: Support of multiple ODX projects
NEW: Support of binary format
NEW: Extended flashing dialog

Signal Editor Module

Graphical Stimulus Definition

The Signal Editor Module is an optional software module to graphically define and execute signal generators for stimulating model variables of real-time applications running on dSPACE real-time hardware.

Powerful editor for graphical stimulus definition
Easy replay of measured data (incl. MDF)
Dynamic stimulus options (e.g. segment switching, properties)
Independent execution of several signal generators
Compliant to ASAM HIL-API standard (stimulus part)
Signals can be easily used by AutomationDesk
NEW: Support of PC-based offline simulation with dSPACE VEOS^®

Defining Time-Synchronous Stimulus Signals

You can define several time-synchronous stimulus signals such as sine, ramp and noise in the new graphical Signal

Editor, and couple changes in signal form to conditions (e.g., “Generate a sine signal as long as the vehicle speed is lower than 50 km/h.”). It is possible to use recorded signals from the measurement data pool in the Signal Editor for real-time data replay. The Signal Editor saves the specified signal behaviors according to the ASAM AE HIL-API 1.0 standard.

Bus Navigator Module

Overview of Bus Communication

The Bus Navigator is a ControlDesk Next Generation component that lets you handle several types of items for all platforms in a project: CAN messages (incl. J1939), LIN frames, and FlexRay PDUs that are configured by blocks of the RTI CAN MultiMessage Blockset, blocks of the RTI LIN MultiMessage Blockset, and settings in the dSPACE FlexRay Configuration Package. You can manipulate messages, frames, and PDUs before transmission, exclude them from being transmitted, etc. The Bus Navigator Module supports dSPACE hardware and PC-CAN interfaces (e.g. dSPACE DCI-CAN1). It also supports multicore applications for dSPACE SCALEXIO^®.

Features of the Bus Navigator

The Bus Navigator has numerous features and lets you perform many tasks:

Support of CAN (incl. J1939), LIN and FlexRay buses
Support of dSPACE hardware and PC CAN interfaces (e.g., DCI-CAN1, Vector VN16xx)
Dedicated bus instrument for handling entire messages/frames/PDUs
Create instruments to view RX messages/frames/PDUs and configure and trigger TX messages/frames/PDUs
Monitor and log bus data (CAN messages, LIN frames, and FlexRay¹⁾ PDUs).
(only for CAN) Replay logged CAN bus communications
(only for CAN) Define user-defined databases (UDDB) and handle messages in UDDBs
NEW: CAN TX layouts for PC bus interfaces
NEW: LIN monitoring for PC bus interfaces
NEW: Automation for controlling monitoring, logging, and replay

¹⁾ FlexRay support for PC bus interfaces only. Support for dSPACE hardware is planned for a future dSPACE release.