Head-Up Displays (HUDs) are increasingly found in the automotive sector. In many of
these systems, the windshield will be part of the optics. Currently, during development
phase, the performance of the HUD is testet against a windscreen master, whose topology
corresponds to the windshield. This work investigates whether and how the performance
of all HUD derivatives can be measured against a communal windscreen master - the so
called standard windscreen master. For this purpose, the influence of the windscreen on
the imaging properties of interest is investigated and a method preserving the measuring
capability is presented, by which imaging properties measured against the standard
windscreen master can be traced back to the imaging properties measured against the
windscreen master specific to the investigated HUD derivate.
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Head-Up Displays (HUDs) are increasingly found in the automotive sector. In many of
these systems, the windshield will be part of the optics. Currently, during development
phase, the performance of the HUD is testet against a windscreen master, whose topology
corresponds to the windshield. This work investigates whether and how the performance
of all HUD derivatives can be measured against a communal windscreen master - the so
called standard windscreen master. For this purpose, the influen...
»