Design of robust protocol to enhance QoS in mobile IPV6 environment

Hussien, Loay F.; Aisha-Hassan, A. H.; Anwar, Farhat; Mahmoud, Omer; Zakaria, Omer; Saeed, Rashid A.

doi:10.1109/iccce.2010.5556771

Cited by 2 publications

(1 citation statement)

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“…Generally, WLAN is used to provide a communication link between the wired backbone networks to a group of wireless devices, which have independent resources and services. Another concept is micromobility that describes the movement of a mobile node between two attachment points on the same network [ 5 ]. Due to device mobility, handover management is required to perform stable communications based on the device locations and WLAN access points.…”

Section: Introductionmentioning

confidence: 99%

Quality of Services Based on Intelligent IoT WLAN MAC Protocol Dynamic Real‐Time Applications in Smart Cities

Alnazir

Mokhtar

Alhumyani

et al. 2021

Computational Intelligence and Neuroscience

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The future directions and challenges for 6G-enabled wireless communication for IoT applications are mainly focused on quality of service (QoS). The selection criteria of mobility management (MM) protocol are mainly the total duration of the delay and packet loss rate during the MM procedure. This is called intelligent handover (IH) to designate a relay with a minimum delay. To solve the problem of handover, media access control (MAC) protocols are used to provide an intelligent protocol for QoS in real-time application in mobility. Moreover, changing the parameter to find the best protocol for mobile stations in WLAN is a good choice. This paper proposed a new QoS structure for the point coordination function that is based on a new intelligent enhanced distribution coordination function that suites with dynamic real-time applications and services. The paper addresses the distributed coordination function (DCF) with QoS-based intelligent mobility management in stations and other scenarios with enhanced distribution coordination function (EDCF) to find the result of throughput, retransmission attempts, delay, and data droop. In this paper, the remote topology comprises a few remote stations and one base station within the remote LAN. All remote stations are found that each station can distinguish a transmission from any other station, and there is portability within the proposed intelligent framework.

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Section: Introductionmentioning

confidence: 99%