Development Of A Virtual Vehicle Identification For Tracking Hit-And-Run Vehicle
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Date
2022-07-24
Authors
Khoo, Boon Sheng
Journal Title
Journal ISSN
Volume Title
Publisher
Universiti Sains Malaysia
Abstract
In general, the vehicle registration plate number and the witness are essential clues for
police investigating hit-and-run accidents. Without these clues, it will be difficult for
police to trace the suspect and lead to a closed case even though a fatal victim is
involved. In this work, the virtual vehicle identification tracking system is developed
by using wireless communication interfaces to transfer useful data for road accidents
and traffic surveillance. This system uses vehicle access points and employs Vehicular
Ad Hoc Network (VANET) to assist the vehicle identity tracking system. The Internet
of Things (IoT) development board scans all the vehicle Wi-Fi access points within the
beacon frames. With the characteristics of different positions of signal strength and the
distance of station to access point, it is difficult to accurately determine the offender's
vehicle identity. Hence, this paper purposes a hybrid tracking method to combine pre accident and post-accident tracking methods to track vehicle identity. Moreover, this
report shows unique Wi-Fi access point identities such as Service Set Identifier (SSID)
and Media Access Control (MAC) addresses can be used as virtual vehicle identities
for vehicle tracking and traffic surveillance systems. Overall, the result shows this
system can track the suspect vehicle's identity with positive detection. When both
accelerometers detect the impact acceleration above 4G or 39.24 m/s2
, the transmitter IoT board is activated and exchanges the 32 bytes of packet with another transmitter.
The maximum distance for the system to track vehicle access point signal is up to 45
meters and it is workable above 50 km/h of driving speed.