Email this article A Literature Survey on Handoff for Mobile IPv6
Abstract
With the development of network technology, IPv6 will be widely used in the next generation Internet, IPv6 will be used in the next generation Internet, IPv6 could combine mobile networks and fixed wireless networks closely, which brings great convenience to people’s live. The handoff delay of Mobile IPv6 seriously affected the real-time communication service quality, therefore various improvement methods based on the basic Mobile IPv6 protocol are proposed. The working principle of Mobile IPv6 is described, the current main switch methods are summarized and the typical methods are detailed and compared in this paper. And at last the future research hot-spots are proposed.
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References
[1] Johnson D, Perkins C, and Arkko J, “Mobility support in IPv6,”.RFC 3775, Internet Engineering Task Force, June 2004.
[2] Rajeev Koodli, “Fast handovers for mobile IPv6,” Internet D raft, draft-ietf-mip shop-fast-mipv6-02 txt, Internet Engineering Task Force, July 2004.
[3] Deng Ya-ping, Wu Ying-qiu, “Research on HMIPv6 handover latency of improved DAD policy,”Computer Engineering and Applications,2010,46 (3):94-97.
[4] Hong Yong-geun, M yung-Ki Shin, and Hyoung-Jun Kim, “Access router based fast handover for mobile IPv6,”Advanced Communication Technology, 2004. The 6th International Conference, 2004, 1: 129-132.
[5] Hesham Soliman, Claude Catelluccia, Karim ElMali,et al, “Hierarchical mobile IPv6 mobility management (HMIPv6),” Internet Draft, draft-ietf-mip shop-hmipv6-02.txt, Internet Engineering Task Force, June 2004.
[6] WANG hong-mei,Jia zong-pu etc, “Predictive fast handoff cheme for MPLS based mobile IPv6,” Computer Engineering and Applications.2007,43(31):141-144.
[7] PENG Jun, ZhANG Wei etc, “Information exchange-based fast handover cheme for hierarchical mobile IPv6,” Journal of Centeral South University (Science and Technology), 2009,40(3):749-755.
[8] Omae K, Okajima I, and Umeda N, “Mobility anchor point discovery protocol for hierarchical mobile IPv6,” Wireless Communications and Networking Conference,2004. WCNC.2004 IEEE, Volume: 4, 21-25 March 2004, 4: 2365-2370.
[9] Sethom K, Afifi H, and Pujolle G, “Wireless MPLS: a. new layer 2. 5 micro-mobility scheme,” ACM MobiWac 2004, Philadelphia, PA, USA.
[10] Gwon Y, Yegin A, Youngjune Gwon, et al, “Enhanced forwarding from the previous care-of address (EFWD) for fast handovers in mobile IPv6,” Wireless Communications and Networking Conference, 2004. WCNC. 2004 IEEE, 21-25 March 2004, 2: 861-866.
[11] REN San-yang, CHAI Rong etc, “Proxy mobile IPv6 based inter-domain mobility management approach and performance analysis,”Application Research of Computers, 2010, 27(3):1118-1121.
[12] Cai Kai,Yang Zhi-min, “The research and realize of HMIPv6 based on the level of care-of address pool,” Shandong:Shandong University, 2009.
[13] Grimminger J, Huth H P, “Mobile MPLS-a MPLS based micro-mobility concept,” Wireless World Research Forum, Stockholm, Sep 2001.
[14] [14]Ren Z, Tham C, Foo C, et al, “Integration of mobile IP and multi-protocol label switching,” IEEE ICC 2001.
[15] Chen Y, Yan Z, “Effect of the label management in mobile IP over MPLS networks,”A NA 2003.
[16] Xie K, Wong V, and Leung V, “Support of micro-mobility in MPLS-based wireless access networks,” IEEE Proc. CNC’03, 2003, 1242-1247.
[17] SuKyoung LEE, “An efficient handover control scheme supporting micro-mobility in MPLS-based wireless Internet,” IE ICE T rans Commun 2005 E88-B: 151121516.
[18] Yang T, Dong Y, Zhang Y, et al, “Practical. App roaches for supporting micro-mobility with MPLS,” ICT 2002, Beijing, China, June 23, 2002.
[19] Vassiliou V, Owen H, Barlow D, et al, “M-MPLS: micro-mobility-enabled multi-protocol label switching,”ICC’03, 2003, 250-255.
[20] Kim H, Wong K S D, W ai W, et al, “Mobility-aware MPLS in IP-based wireless access networks,” In: Proc. IEEE Globecom 2001, 6: 3444-3448, San Antonio, TX, USA,November 2001.
[21] Kaddour M, Pautet L, “Towards an adaptable message oriented middle ware for mobile environment,” A SWN 2003.
[22] Wang Shengling et al, “Seamless Handoff Scheme in MPLS-Based Mobile IPv6 Network,” JOURNAL OF XI’AN JIAOTONG UNIVERSITY,2004, 38(10):1043-1047.
[23] Emst T, Castelluccia C, and L ach H-Y, “Extending mobile-IPv6 with multicast to support mobile networks in IPv6,” 1st European Conference on Universal Multi service Networks 2000(ECUMN 2000), 2-4 Oct. 2000: 114-121.
[24] Charles E Perkins, “Mobile IP at IETF,” ACM SIGMOBILE mobile computing and communications review (October 2003),7(4).
[25] Castelluccia C, “A hierarchical mobility management scheme for IPv6,” Roceedings of the Third IEEE Symposium on Computers and Communications. 1998 (ISCC ’98). 30 June-2 July 1998, 305-309.
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