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Browsing by Author "Assi, Chadi M."

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Browsing by Author "Assi, Chadi M."

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  • Disruption-Tolerant Networking 
    Khabbaz, Maurice J.; Assi, Chadi M.; Fawaz, Wissam F. (2016-05-11)
    Nowadays, wireless networks are witnessing several deployments in various extreme environments where they suffer from different levels of link disruptions depending on the severity of the operating conditions. In all cases, ...
  • Modeling and analysis of bulk bundle release schemes in Two-Hop vehicular DTNs 
    Fawaz, Wissam; Khabbaz, Maurice J.; Assi, Chadi M. (IEEE, 2017-05-05)
    The use of vehicular infrastructure to establish connectivity between isolated stationary Information Relay Stations is an appealing application of Terrestrial Delay-Tolerant Networking. A source opportunistically releases ...
  • Modeling and Delay Analysis of Intermittently Connected Roadside Communication Networks 
    Khabbaz, Maurice J.; Fawaz, Wissam F.; Assi, Chadi M. (2016-05-10)
    Vehicular networks outline a challenging terrestrial application of the emerging delay-tolerant networking (DTN) paradigm where wireless links experience frequent disruptions. Thus, continuous end-to-end paths are unguaranteed. ...
  • Optimal supercharge scheduling of electric vehicles 
    Atallah, Ribal F.; Assi, Chadi M.; Fawaz, Wissam; Tushar, Mosaddek Hossain Kamal; Khabbaz, Maurice Jose (2019-10-03)
    The contemporary problem of scheduling the recharge operations of electric vehicles (EVs) has gained a lot of research attention. This is particularly true given the governmental and industrial confidence in a bright future ...
  • A Probabilistic and Traffic-Aware Bundle Release Scheme for Vehicular Intermittently Connected Networks 
    Fawaz, Wissam F.; Assi, Chadi M.; Khabbaz, Maurice J. (2016-05-06)
    Delay-optimal data delivery in Vehicular Intermittently Connected Networks (VICNs) is challenging since vehicular traffic is affected by numerous recurring and completely random events. Some of these events cause breakdowns ...
  • A probabilistic bundle relay strategy in Two-Hop vehicular delay tolerant networks 
    Fawaz, Wissam F.; Khabbaz, Maurice J.; Assi, Chadi M. (IEEE, 2017-05-05)
    A persisting major challenge in Vehicular Delay- Tolerant Networks (VDTNs) is the delay minimization of data delivery when communicating nodes are stationary, arbitrarily deployed along roadsides and considerably apart ...
  • Probabilistic Bundle Relaying Schemes in Two-Hop Vehicular Delay Tolerant Networks 
    Fawaz, Wissam F.; Khabbaz, Maurice J.; Assi, Chadi M. (2016-05-12)
    One class of Vehicular Delay-Tolerant Networks consists of two node types: stationary and mobile. Stationary nodes deployed along roadsides cannot directly communicate as they are considerably distant. Mobile nodes mounted ...
  • A Simple Free-Flow Traffic Model for Vehicular Intermittently Connected Networks 
    Fawaz, Wissam F.; Khabbaz, Maurice J.; Assi, Chadi M. (2016-05-09)
    The performance of vehicular data networks (VDNs) is highly dependent on vehicular traffic. Existing studies on VDNs consider custom-developed traffic models that mimic real-life vehicular traffic behavior and prepare the ...
  • Which Vehicle To Select? 
    Fawaz, Wissam F.; Khabbaz, Maurice J.; Assi, Chadi M. (2016-02-05)
    In wireless networking, an Opportunistic Bundle Release Mechanism (OBRM) is a data bundle forwarding mechanism characterized by its ability to operate over Intermittently Connected Networks (ICNs) where end-to-end paths ...