Performance comparison and analysis on MIPv6, fast MIPv6 bi-casting and Eurecom IPv6 soft handover over IEEE802.11b WLANs

Belghoul, Farouk; Moret, Yan; Bonnet, Christian

doi:10.1109/vetecs.2004.1391405

Cited by 10 publications

(4 citation statements)

References 5 publications

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“…Reference [10] compares the effects of various technologies for enhancing and optimizing existing MIPv6 on handover delay, discusses the deployment challenges and proposes the most suitable variation of MIPv6 for reducing handover delay. Reference [11] evaluates, analyzes and compares Eurecom IPv6-based soft-handover, IETF Fast-MIPv6-bicasting handover and basic MIPv6 handover over IEEE 802.11 radio networks. Reference [12] presents the results of performance evaluation of standard MIPv6 and the effectiveness of simple handover extensions.…”

Section: Related Workmentioning

confidence: 99%

Performance Comparison of Mobile IPv6 and Its Extensions

Zhang

Fang²,

Wang³

et al. 2007

2007 International Conference on Wireless Communications, Networking and Mobile Computing

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Mobile IPv6 (MIPv6) and its proposed enhancements, fast MIPv6 (FMIPv6), hierarchical MIPv6 (HMIPv6), buffer management, link layer trigger (L2T) and a hybrid MIPv6 scheme (i.e. IMIPv6), are introduced. The average handover delay, throughput and handover signaling load of MIPv6, FMIPv6, HMIPv6 and IMIPv6 are simulated and analyzed with MIRAI-SF. The simulation results show that IMIPv6 can effectively solve TCP sequence disruption, lessen handover delay and control signaling load, and thus reduce network load of MIPv6 network.

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Section: Related Workmentioning

confidence: 99%

Performance Comparison of Mobile IPv6 and Its Extensions

Zhang

Fang²,

Wang³

et al. 2007

2007 International Conference on Wireless Communications, Networking and Mobile Computing

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“…Mobile IP offers transparent mobility support to higher layers with the cost of performance overhead [19][20][21]. Smooth handoff [22] and low latency handoff [23] also cannot avoid a tunnel between the previous FA and new FA.…”

Section: Related Workmentioning

confidence: 99%

Broadband-Facilitated Inter-WLAN Mobility Architecture

Rahman

Harmantzis

2006

Int J Wireless Inf Networks

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The existing WLAN architecture does not have the capabilities to leverage the wired and wireless broadband-accessed network control for the Inter-WLAN mobility. This paper presents a broadband-facilitated inter-WLAN mobility system architecture including its realization with the wired and wireless broadband-accessed network control for the WLAN mobility management. The proposed broadband-based inter-WLAN mobility management concept has changed the notion of the traditional WLAN mobility. Secondly, an implementation of the distribution system with broadband-accessed central network control for the IEEE 802.11 inter-WLAN mobility along with its management protocol is presented. In addition, this paper provides the modification to the enhanced IAPP protocol signaling messaging required for the broadband-facilitated WLAN mobility management. Finally, simulation experimental results for the proposed inter-WLAN communications architecture's performance vs. WLAN mobility management performance employing standard and optimized MIP are presented. We believe that the proposed architecture would greatly enhance the Inter-WLAN IP mobility performance. This paper serves as a foundation work for future research in inter-WLAN mobility management using broadband, wired and wireless that integrates high-speed wide area network and WLANs.

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“…Despite the above mentioned drawbacks, parallel communication enables throughput enhancements [26] and also handover enhancement techniques [27]. The emerging technology of software radios [28] can be seen as a solution to allow for highly flexible radio communications for both handover and throughput enhancement techniques.…”

Section: Multi Channel Communication and Software Radiomentioning

confidence: 99%

SASHA—A Quality-Oriented Handover Algorithm for Multimedia Content Delivery to Mobile Users

Ciubotaru

Muntean

2009

IEEE Trans. on Broadcast.

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The convergence of the existing network access technologies to a common IP-based architecture and the increase in popularity of accessing video content over the Internet makes IPTV a promising solution for media and entertainment industries. Additionally, video content delivery to the increasingly popular mobile devices over heterogeneous wireless networks makes IPTV even more appealing. However the distribution of multimedia content over heterogeneous wireless networks to mobile devices involves significant technical challenges related to mobility management and quality of service provisioning. The existing solutions do not consider quality of service as a decision making parameter for mobility management in general and handover management in particular.This paper proposes the Smooth Adaptive Soft Handover Algorithm (SASHA), a novel quality-aware approach to handover based on load balancing among different networks using a comprehensive, Quality of Multimedia Streaming (QMS), function for decision making. SASHA represents the handover management solution at the core of the more comprehensive Multimedia Mobility Management System (M3S), a quality oriented mobility management framework for multimedia applications which maximizes user perceived quality by efficiently exploiting all available communication resources.Simulation-based testing results are presented, outlining the performance of SASHA in different mobility scenarios. The evaluation is performed for different number of nodes performing handover simultaneous and for various situations in terms of networks' overlapping area. The results shown indicate how SASHA outperforms other three mobility management solutions in terms of quality, scalability and resilience to the dynamics of the networks' overlapping area.

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Performance comparison and analysis on MIPv6, fast MIPv6 bi-casting and Eurecom IPv6 soft handover over IEEE802.11b WLANs

Cited by 10 publications

References 5 publications

Performance Comparison of Mobile IPv6 and Its Extensions

Performance Comparison of Mobile IPv6 and Its Extensions

Broadband-Facilitated Inter-WLAN Mobility Architecture

SASHA—A Quality-Oriented Handover Algorithm for Multimedia Content Delivery to Mobile Users

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