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[Poster Presentation]Experimental Demonstration of Data Collection System and Effective Relaying Model in UAV network
Experimental Demonstration of Data Collection System and Effective Relaying Model in UAV network
ID：10
Submission ID：131 View Protection：ATTENDEE
Updated Time：2024-09-19 15:07:25
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Poster Presentation
Start Time：2024-10-25 15:55 （Asia/Bangkok）
Duration：5min
Session：[PS] Poster Session » [PS] Poster
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Abstract
Vehicular communication greatly emerged nowadays and it gets incorporated with several technologies to obtain intelligent communication all over the globe. Due to the presence of the high speed vehicles in the network its efficiency is reduced. To attend efficient communication it becomes very essential to improve the stability of the network by achieving maximum efficiency. For that in recent times unmanned aerial vehicles (UAVs) are constructed in the vehicular network. Through this technology the communication becomes more flexible and efficient but still it consists of certain drawbacks in terms of device deployment and data collection. For that purpose in this article an efficient data collection system and effective relaying model (DCERM-UAV) is constructed in the aerial vehicles to improve the network stability. The core concentrations of these models are providing effective data aggregation, relaying among the vehicles and improving deployment of it. Through this process the stability of the vehicles are increased and that leads to high quality communication among them. The implementation of the model is constructed in the software called NS3 and the parameters which are used to analyses the performance of the network model are energy efficiency, energy consumption, network throughput, routing overhead and data delivery ratio. From the final results it gets proven that the DCERM-UAV achieves maximum efficiency when compared with the earlier research works.
Keywords
Unmanned Aerial Vehicles (UAVs), Data Collection System, Effective Relaying Model, Effective Data Aggregation and Improved Deployment Model.
Speaker
Mohammed Habelalmateen
The Islamic UniversitySubmission Author
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