Mobile IPv6 fast handover techniques
Tran Cong Hung, Thuy‐Van T. Duong
Abstract
Tran Cong Hung, Thuy‐Van T. Duong
Abstract
In the current mobile network context, a Mobile Node can change its point of attachment to different networks so frequently that basic Mobile IPv6 has many difficulties in preversing system quality in handover process. This problem has attracted the attention of many research groups and also gained certain achievements. Our paper focuses on analysing, comparing and synthesizing published Mobile IPv6 fast handover techniques. Based on these approaches, we propose an innovative method applying knowledge base on Mobile IPv6 Handover Problem to improve the handover performance of Mobile IPv6 by reduce the latency as far as possible. Our paper is organized as follows: Section 1 is the introduction, Section 2 presents Mobile IPv6 fast handover techniques which have been proposed. Section 3 presents our proposed solution. Section 4 presents performance evaluation and we conclude this paper in section 5.
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In the current mobile network context, a Mobile Node can change its point of attachment to different networks so frequently that basic Mobile IPv6 has many difficulties in preversing system quality in handover process. This problem has attracted the attention of many research groups and also gained certain achievements. Our paper focuses on analysing, comparing and synthesizing published Mobile IPv6 fast handover techniques. Based on these approaches, we propose an innovative method applying knowledge base on Mobile IPv6 Handover Problem to improve the handover performance of Mobile IPv6 by reduce the latency as far as possible. Our paper is organized as follows: Section 1 is the introduction, Section 2 presents Mobile IPv6 fast handover techniques which have been proposed. Section 3 presents our proposed solution. Section 4 presents performance evaluation and we conclude this paper in section 5.
Key concepts: Handover, Computer science, Mobile IP, Computer network, Mobile computing, IPv6, Context (archaeology), Mobile telephony