Day 3 - Thursday 24 June 2010
Testbeds and System
Integration and Sensors
Automotive Research Association of India (ARAI)
D.J. Kulkarni, Business Development, Corporate Planning, ITM, ARAI
Potential for automation in modal testing by utilising
pre-test simulation and robotised non-contact
vibration sensors
Jörg Sauer, strategic product manager, Polytec GmbH
OTX – efficient design and real-time testing of diagnostic
sequences
Tobias Widmer, managing director, Emotive GmbH
‘Virtual sensors’ – substitution of different sensors with a
neural network/learning network to replace physical model
Jürgen Pilsl, head of application/testing, Huber Automotive AG
- a company of Huber Group
Techniques for learning a vehicle’s CAN database
Dave Robins, president, Intrepid Control Systems Inc
Colt Correa, Vice President – Business Development, Intrepid Control Systems Inc
Testing from model-in-the-loop to hardware-in-the-loop
using one tool
Andreas Kraemer, CEO, PikeTec GmbH
From the vehicle to the lab
Damian Gonzales Figeroa, manager Acoustic Laboratory, CTAG
Methods for the integration of geometric and spatial
vibration data to break down the complex in-service
dynamic response of vehicle systems
Juan J. Garcia, project manager, chassis and powertrain,
Applus Idiada Group
MTS mechanical hardware-in-the-loop technology (mHIL)
enables early development and validation of an active
suspension
Thomas Stachel, principal staff engineer,
MTS Systems Corporation