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LMS to Integrate Virtual Driver Model

By DE Editors  

May 1, 2007

By DE Editors

LMS International (Leuven, Belgium; lmsintl.com), which develops simulation and testing systems for the automotive industry, and IPG Automotive (Karlsruhe, Germany; ipg.de) agreed to integrate IPG-DRIVER, IPG’s virtual driver model, into the LMS Virtual.Lab Motion software.

As a result of the agreement, the LMS software gains capabilities to simulate and analyze the interaction between a vehicle and its driver. LMS Virtual.Lab Motion models front- and rear-axle suspension, and the addition of the Virtual Driver Model from IPG enables users to “test drive” the models in real-life scenarios. 

IPG-DRIVER can simulate a range of standard and extreme test maneuvers like steady-state turn, braking in a turn, and an ISO lane change. It includes numerous driver operations such as steering, braking, accelerating, and the shifting of gears. It also covers simulations of complex closed-loop maneuvers, which is important for the development of control systems like electronic stability programs (ESP) and ABS.

For more information, visit lmsintl.com.

An announcement about the integration of IPG Automotive’s IPG-DRIVER into LMS Virtual.Lab Motion software garnered the most votes in our February 2007 issue.

 

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DE's editors contribute news and new product announcements to Digital Engineering. Press releases may be sent to them via [email protected].

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