This paper investigates the performance of two low latency handoff protocols proposed by the IETF, namely pre- and Post-Registration. These protocols use Layer 2 triggers to reduce the built-in delay components of Mobile IP. We propose a simple analytical model that allows to assess the packet loss and the delay characteristics of these protocols. Their scalability properties are investigated by means of an OPNET simulation model and their implementation using IEEE802.11 as link layer is also discussed. 1
Mobile computing is becoming increasingly important, due to the rise in the number of portable compu...
Abstract: Seamless communication is becoming the main aspect for the next generation of the mobile a...
Abstract: Mobile networking technology is progressing to support the requirements of today’s new cla...
In this paper we compare the performance of two low latency hando protocols for MIPv4, Pre- and Pos...
Mobile Ipv6 (MIPv6) is a protocol proposed for the future all-IP mobile Internet access. The goal of...
We compare the performance of three handoff protocols, namely Mobile IP, Fast Handoff and mSCTP. Amo...
Typical PMIPv6 supports mobility management for the Mobile Host (MH) in localized domains over varia...
Seamless communication is becoming the main aspect for the next generation of the mobile and wireles...
In this work, we present a study of the existing Layer 3 mobility approaches towards suitability for...
Abstract—Micro-mobility protocols have been proposed to provide seamless local mobility support. Thi...
Abstract: Mobile networking is becoming increasingly popular but the underlying IP technology has bu...
Mobile IP allows node mobility involving changes of point-ofattachment to the Internet. In order to ...
Abstract — In order to support mobile users, the basic Internet protocols have been extended with pr...
Numerous efforts have been made in extending network connectivity to mobile computers using the Int...
Handover in future wireless communication systems must be seamless. Current IP-level mobility protoc...
Mobile computing is becoming increasingly important, due to the rise in the number of portable compu...
Abstract: Seamless communication is becoming the main aspect for the next generation of the mobile a...
Abstract: Mobile networking technology is progressing to support the requirements of today’s new cla...
In this paper we compare the performance of two low latency hando protocols for MIPv4, Pre- and Pos...
Mobile Ipv6 (MIPv6) is a protocol proposed for the future all-IP mobile Internet access. The goal of...
We compare the performance of three handoff protocols, namely Mobile IP, Fast Handoff and mSCTP. Amo...
Typical PMIPv6 supports mobility management for the Mobile Host (MH) in localized domains over varia...
Seamless communication is becoming the main aspect for the next generation of the mobile and wireles...
In this work, we present a study of the existing Layer 3 mobility approaches towards suitability for...
Abstract—Micro-mobility protocols have been proposed to provide seamless local mobility support. Thi...
Abstract: Mobile networking is becoming increasingly popular but the underlying IP technology has bu...
Mobile IP allows node mobility involving changes of point-ofattachment to the Internet. In order to ...
Abstract — In order to support mobile users, the basic Internet protocols have been extended with pr...
Numerous efforts have been made in extending network connectivity to mobile computers using the Int...
Handover in future wireless communication systems must be seamless. Current IP-level mobility protoc...
Mobile computing is becoming increasingly important, due to the rise in the number of portable compu...
Abstract: Seamless communication is becoming the main aspect for the next generation of the mobile a...
Abstract: Mobile networking technology is progressing to support the requirements of today’s new cla...