Abstract: Multi-UAV passive localization via received signal strength (RSS) is crucial for rescue and battlefield combat. This UAV-enabled application faces a major challenge: UAV energy consumption. Communication overhead usually affects energy consumption. To solve this,…
Abstract: Emergency Messages (EMs) broadcast between vehicles via Vehicular Ad hoc Networks (VANETs) can reduce traffic accidents. VANETs’ high mobility and wireless signal attenuation make EM transmission difficult. The chosen next-hop vehicle may have driven…
Abstract: Vehicle ad hoc networks (VANETs) offer advanced services that require vehicles to perform complex computing tasks that may not be completed within a delay limit. VANET typically improves service performance by offloading tasks to…
Abstract: Green Vehicular Ad-hoc Network (VANET) research reduces the environmental impact of vehicular communication equipment. Recent studies have shown that clustering vehicles for green communications in VANETs can significantly improve networking efficiency and reduce infrastructure…
Abstract: An unmanned aerial vehicle (UAV)-assisted wireless network collects data from ground sensor nodes (SN) and transfers it to a depot. Age of information (AoI) and UAV energy consumption are performance metrics. Most importantly, decreasing…
Abstract: A dual-hop relaying network with an untrustworthy energy-constrained amplify-and-forward relay is examined for secrecy outage performance. Destination-based jamming prevents the relay from decoding confidential source messages. Three relay-powering time switching-based wireless energy transfer strategies…
Abstract: Pesticide lamps Pest control using ILs-IoTs for green agriculture has garnered attention. If fixed on the ground, ILs-IoTs cannot solve the migratory pest outbreak. In this project, we embed ILs in unmanned aerial vehicles…
Abstract: Road accidents take many lives worldwide. VANETs are the ultimate solution to this problem. VANET vehicular nodes must communicate efficiently due to their high mobility and varied network topology. Clustering improves VANET communication. Thus,…
Abstract: VANETs are being used in smart cities and intelligent transportation systems for various applications. VANET communications are difficult due to several factors. VANET clustering supports routing protocols and ensures reliability. Clustering algorithms for VANETs…
Abstract: Multimedia services are increasingly demanded in vehicular ad-hoc networks (VANETs), resulting in high spectral usage and network congestion. Non-orthogonal multiple access (NOMA) is a promising wireless communication method for spectral efficiency. Index coding (IC)…
Abstract: The IoV prioritizes secure communication. Node trust affects IoV security. Therefore, before acting on a message, evaluate its trustworthiness. Malicious nodes can broadcast fake events to gain network control. False reports and malicious vehicles…
Abstract: Vehicle networking research has always prioritized road safety, traffic management, and passenger comfort. Smart sensors, cameras, networking devices, and storage capabilities have enabled modern intelligent vehicles. Modern autonomous vehicles need massive computations outsourced. Mobile…
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