Abstract—Internet mobility protocols are designed to support handover between different wireless networks. Many of them, such as Mobile IPv6, suffer problems such as high handover latency, high packet overhead, high packet loss during handoff, requirement for infrastructure change, etc. To solve these problems, SEamless MObility using SHIM6 (SEMO6), a multihoming based mobility protocol framework for host mobility, has been proposed. The goal of this paper is to experimentally validate that SEMO6 can perform better than MIPv6. We show that SEMO6 can improve the performance of applications in IP-based mobile networks. Index Terms—Mobility, Handoff, Multihoming, MIPv6, SEMO6 I
Mobile IPv6 (MIPv6) describes how mobile node can change its point of attachment from one access rou...
Mobile IPv6 (MIPv6) describes how mobile node can change its point of attachment from one access rou...
Handover in future wireless communication systems must be seamless. Current IP-level mobility protoc...
Mobile Internet Protocol (MIP) is the forms of the backbone for next generation wireless internet te...
International audienceIPv6 mobility management is one of the most challenging research topics for en...
Multihoming and mobility protocols enable computing devices to stay always best connected (ABC) to t...
The future of network communications is moving towards deployment of an all-IP core network. This ha...
Mobile Internet Protocol version 6 (MIPv6) has been proposed to solve the problem of mobility in the...
Multihoming and mobility protocols enable computing devices to stay always best connected (ABC) to t...
Mobile Internet Protocol version 6 (MIPv6) has been proposed to solve the problem of mobility in the...
The necessity for multihoming functionality emerged since the standard Network Mobility Basic Suppo...
Abstract: Problem statement: Mobile Internet Protocol (MIP) is the forms of the backbone for next ge...
Abstract: Seamless communication is becoming the main aspect for the next generation of the mobile a...
Wireless communication is becoming essential due to the dramatic increase in the usage of mobile dev...
Wireless communication is becoming essential due to the dramatic increase in the usage of mobile dev...
Mobile IPv6 (MIPv6) describes how mobile node can change its point of attachment from one access rou...
Mobile IPv6 (MIPv6) describes how mobile node can change its point of attachment from one access rou...
Handover in future wireless communication systems must be seamless. Current IP-level mobility protoc...
Mobile Internet Protocol (MIP) is the forms of the backbone for next generation wireless internet te...
International audienceIPv6 mobility management is one of the most challenging research topics for en...
Multihoming and mobility protocols enable computing devices to stay always best connected (ABC) to t...
The future of network communications is moving towards deployment of an all-IP core network. This ha...
Mobile Internet Protocol version 6 (MIPv6) has been proposed to solve the problem of mobility in the...
Multihoming and mobility protocols enable computing devices to stay always best connected (ABC) to t...
Mobile Internet Protocol version 6 (MIPv6) has been proposed to solve the problem of mobility in the...
The necessity for multihoming functionality emerged since the standard Network Mobility Basic Suppo...
Abstract: Problem statement: Mobile Internet Protocol (MIP) is the forms of the backbone for next ge...
Abstract: Seamless communication is becoming the main aspect for the next generation of the mobile a...
Wireless communication is becoming essential due to the dramatic increase in the usage of mobile dev...
Wireless communication is becoming essential due to the dramatic increase in the usage of mobile dev...
Mobile IPv6 (MIPv6) describes how mobile node can change its point of attachment from one access rou...
Mobile IPv6 (MIPv6) describes how mobile node can change its point of attachment from one access rou...
Handover in future wireless communication systems must be seamless. Current IP-level mobility protoc...