HIL simulation

  • 26-Aug-2010 09:20 EDT
dspace PR-Bild_DS1006_72dpi_500x341px_RGB_100202.jpg

The quad-core DS1006 processor board from dSPACE features an AMD Opteron 2.8-GHz processor to increase the power of hardware-in-the-loop (HIL) simulation and perform up to 60% faster. Large models can be distributed across the quad-core processor and executed synchronously, allowing multiple simulation models that formerly required a system of several processor boards to run on a single DS1006. The processor is suitable for computing detailed, central processing unit-intensive models, such as gasoline engines with variable valve timing and diesel engines with in-cylinder pressure measurement. High-speed computation is useful for HIL simulation of electric drives with multiple tasks and short cycle times. Several DS1006 boards can be connected, and users can customize real-time performance. The same interface is used to partition models for optimum use of the processor cores and to define the communication channels for data transmission between the cores as well as between boards.

HTML for Linking to Page
Page URL
Rate It
0.00 Avg. Rating

Read More Articles On

To optimize the fan-shroud shape to maximize cooling air mass flow rates through the heat exchangers of heavy-duty trucks, researchers from Argonne National Lab, Cummins and CD-Adapco used the Adjoint approach to optimization.
Manipulator position sensing is a key issue in the study of hydraulic excavator automation. A neural network-based vision system was developed to estimate the boom, arm, and bucket cylinder displacements of an excavator manipulator during a grading operation simulation.
CoreTechnologie offers a new module that enables easy creation of animated explosion views for assemblies of all major CAD formats for its conversion software and the CAD viewer 3D_Analyzer.
A high-fidelity test bed is used to conduct cyber assurance testing for commercial vehicles including long-haul trucks.

Related Items