The importance of Vehicular Information Network (VIN) is based on its promising implementation on innumerable applications including Object Tracking (OT). However, it is quite challenging to track a moving vehicle along with coping up with an efficient communication channel in Vehicular Ad-hoc Network (VANETs). Whereas, to overcome these problems a new internet architecture called Named Data Networking (NDN) has recently emerged to address the weaknesses of current VANETs. However, in the vehicular tracking system, it is necessary to send data continuously to update the location of the targeted vehicle without anticipation of interest packet again and again. Whereas, currently Vehicular Named Data Network (VNDN) supports pull-based mechanism which acquaints undesirable delay that isn't acceptable specifically in critical situations. Hence, there is a gap that needs to be addressed to leverage this technology in a real-time TT. This paper aims to propose a push-based data forwarding scheme for VNDN to track a targeted vehicle in real time in a specific area. As this is a Work in Progress (WiP) paper, it doesn't include the evaluation simulation that elaborates the potential of the proposed approach. Therefore, we tend to create the simulation using ndnSim and SUMO in a future release of the article.
Real-Time Push-Based Data Forwarding for Target Tracking in Vehicular Named Data Networking
2018-10-01
9547757 byte
Conference paper
Electronic Resource
English
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