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YiNa Jeong, SuRak Son, SangSik Lee and ByungKwan Lee
This paper proposes a total crop-diagnosis platform (TCP) based on deep learning models in a natural nutrient environment, which collects the weather information based on a farm’s location information, diagnoses the collected weather information an...
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Gaby Gurczik
Pág. 1834 - 1845
The Bluetooth-based Floating Car Observer (FCO) is a traffic monitoring approach which is based on detections made by floating traffic observers using wireless radio-based technologies such as Bluetooth while passing other traffic objects (vehicles, cycl...
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Maria Karatsoli, Martin Margreiter, Matthias Spangler
Pág. 204 - 211
This paper analyses the use of Bluetooth-based travel times, for Automatic Incident Detection (AID) purposes. Automatic incident messages were derived for both actual and simulated data through the use of an AID algorithm. This algorithm was developed by...
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Xiaoliang Ma, Fadi Al Khoury, Junchen Jin
Pág. 625 - 634
Travel time is important information for management and planning of road traffic. In the past decades, automated vehicle identification (AVI) systems have been deployed in many cities for collecting reliable travel time data. The fast technology advance ...
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Jijo K. Mathew, V. Lelitha Devi, Darcy M. Bullock, Anuj Sharma
Pág. 213 - 222
Travel time and its reliability are becoming increasingly important for a variety of real time applications such as Advanced Traveller Information Systems (ATIS), Route Guidance Systems (RGS) etc. which are a part of the Intelligent Transport Systems (IT...
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