On-vehicle video-based parking lot recognition with fisheye optics
S Houben, M Komar, A Hohm, S Lüke… - … IEEE Conference on …, 2013 - ieeexplore.ieee.org
16th International IEEE Conference on Intelligent Transportation …, 2013•ieeexplore.ieee.org
The search for free parking space in a crowded car park is a time-consuming and tedious
task. Today's park assistance systems provide the driver with acoustic or visual feedback
when approaching an obstacle or semi-autonomously navigate the vehicle into the parking
lot. However, finding a free parking lot is usually left to the driver. In this paper, we address
this search problem via video sensors only. This can be used as a help to the driver to
quickly pass a parking deck and, more important, can be regarded as a cornerstone to fully …
task. Today's park assistance systems provide the driver with acoustic or visual feedback
when approaching an obstacle or semi-autonomously navigate the vehicle into the parking
lot. However, finding a free parking lot is usually left to the driver. In this paper, we address
this search problem via video sensors only. This can be used as a help to the driver to
quickly pass a parking deck and, more important, can be regarded as a cornerstone to fully …
The search for free parking space in a crowded car park is a time-consuming and tedious task. Today's park assistance systems provide the driver with acoustic or visual feedback when approaching an obstacle or semi-autonomously navigate the vehicle into the parking lot. However, finding a free parking lot is usually left to the driver. In this paper, we address this search problem via video sensors only. This can be used as a help to the driver to quickly pass a parking deck and, more important, can be regarded as a cornerstone to fully autonomously parking vehicles.
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