Conference Paper

The See-Through System: From Implementation to Test-Drive

DOI: 10.1109/VNC.2012.6407443 Conference: 2012 IEEE Vehicular Networking Conference (VNC) (VNC 2012)

ABSTRACT Cooperative awereness in vehicular networks is probably the killer application for vehicle-to-vehicle (V2V) communications that cannot be matched by infrastructure-based alternatives even when disregarding communication costs. New and improved driver assistance systems can be introduced by extending their reach to sensors residing in neighboring vehicles, such as windshield-installed cameras. In previous work, we defined theoretical foundations for a driver assistance system that leverages on V2V communication and windshield-installed cameras to transform vision-obstructing vehicles into transparent tubular objects. We now present an implementation of the actual see-through system (STS), where we combine the communication aspects with the control and augmented reality components of the system. We present a validation methodology and test the system with multiple vehicles on closed road segment. This evaluation shows that the STS is able to increase the visibility of drivers intending to overtake, thus increasing the safety of such critical maneuvers. It also shows that Dedicated Short Range Communication (DSRC) provides the required latency for this delay-critical inter-vehicle communication, which could hardly be guaranteed with infrastructure-based communication technologies.

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Available from: Pedro Gomes, May 06, 2014
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    • "[6], we used a transparent LCD installed on the windshield as the HCI architecture that provides the optical AR needed to implement STS. We observed some problems using the transparent LCD technology installed on the windshield. "
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    Internatinal Symposium on Mixed and Augmented Reality, Adelaide, Australia; 10/2013
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    • "Optical see-through AR can also be implemented through transparent Liquid Crystal Displays (LCD), embedded in the windshield. In [20] we have implemented an overtaking assistant, known as the See-Through System (STS) [19], which combines such AR technology with low-latency video streaming transmitted between two vehicles using Dedicated Short-Range Communications (DSRC). The result is the transformation of long and vision-obstructing vehicles into see-through tubular objects, which greatly facilitates the overtaking manoeuvre. "
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