Multi-label deep learning models for continuous monitoring of road infrastructures
E Protopapadakis, I Katsamenis… - Proceedings of the 13th …, 2020 - dl.acm.org
Proceedings of the 13th ACM International Conference on PErvasive …, 2020•dl.acm.org
A multi-class, multi-label deep learning model for the monitoring of road infrastructures is
presented in this paper. The employed detection methodology can identify animals, debris,
road defects, fire, fog, flooded areas and humans. All these categories are strongly related to
the efficient movement of vehicles through a transportation network. Possible detections
indicate roadway disruptions of various types. Therefore, they should be detected as fast as
possible. Experimental results indicate that the proposed scheme presents high detection …
presented in this paper. The employed detection methodology can identify animals, debris,
road defects, fire, fog, flooded areas and humans. All these categories are strongly related to
the efficient movement of vehicles through a transportation network. Possible detections
indicate roadway disruptions of various types. Therefore, they should be detected as fast as
possible. Experimental results indicate that the proposed scheme presents high detection …
A multi-class, multi-label deep learning model for the monitoring of road infrastructures is presented in this paper. The employed detection methodology can identify animals, debris, road defects, fire, fog, flooded areas and humans. All these categories are strongly related to the efficient movement of vehicles through a transportation network. Possible detections indicate roadway disruptions of various types. Therefore, they should be detected as fast as possible. Experimental results indicate that the proposed scheme presents high detection results and, thus, can be used in any motorway monitoring process.
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