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Browsing by Author "Artail, Hassan"

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Browsing by Author "Artail, Hassan"

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  • SCORE: Data Scheduling at roadside units in vehicle ad hoc networks 
    Mershad, Khaleel; Artail, Hassan (IEEE, 2024-02-24)
    Data Acquisition and delivery in Vehicular Ad hoc Networks (VANETs) is an important topic that has received very little attention. We proposed a system in which roadside units (RSUs) were exploited to satisfy the various ...
  • Semantic Caching for Mobile Ad Hoc Networks 
    Mershad, Khaleel; Artail, Hassan (IEEE, 2024-03-04)
    Nodes in mobile ad-hoc networks (MANETs) acquire data from servers through access points. In order to minimize this interaction, data caching at mobile nodes is employed. This work builds on a recently introduced cooperative ...
  • SSUM: Smart Server Update Mechanism for Maintaining Cache Consistency in Mobile Environments 
    Mershad, Khaleel; Artail, Hassan (2024-02-29)
    This paper proposes a cache consistency scheme based on a previously proposed architecture for caching database data in MANETs. The original scheme for data caching stores the queries that are submitted by requesting nodes ...
  • A Study of the Performance of a Cloud Datacenter Server 
    Mershad, Khaleel; Artail, Hassan; Saghir, Mazen A.R.; Hajj, Hazem; Awad, Mariette (2024-02-28)
    In a previous work, we presented a system which combines active solid state drives and reconfigurable FPGAs (which we called reconfigurable active SSD nodes, or simply RASSD nodes) into a storage-compute node that can be ...
  • Using RSUs as Delegates for Pervasive Access to Services in Vehicle Ad Hoc Networks 
    Mershad, Khaleel; Artail, Hassan (IEEE, 2024-03-04)
    Vehicular ad hoc networks, also known as VANETs, enable vehicles which are not necessarily within the same radio transmission range to communicate with each other. In addition to allowing direct communication between ...
  • We Can Deliver Messages to Far Vehicles 
    Mershad, Khaleel; Artail, Hassan; Gerla, Mario (2024-02-28)
    Vehicular ad hoc networks (VANETs) enable vehicles to communicate with each other but require efficient and robust routing protocols for their success. In this paper, we exploit the infrastructure of roadside units (RSUs) ...