We introduce an efficient protocol for end-to-end handoff management in heterogeneous wireless IP-based networks. The protocol is based on the stream control transmission protocol (SCTP), and employs a soft-handoff mechanism that uses end-to-end semantics for signaling handoffs and for transmitting control messages. The design goal of this protocol is twofold --- first, to reduce the home registration delay, and second, to eliminate the tunneling cost that exists in current proposals, such as Mobile IP and its derivatives. Furthermore, we propose successive enhancements to the initial mobility management framework for achieving better scalability. We present strong analytical and simulation results that show performance improvements over ex...
With the increasing popularity of devices such as mobile phones and PDAs, there is a higher demand f...
To provide seamless handoffs is an important task of cellular systems. A user of a real-time convers...
Mobile IP allows node mobility involving changes of point-ofattachment to the Internet. In order to ...
In this paper we introduce a protocol for end-to-end handoff management in heterogeneous wireless IP...
Abstract—Next-generation wireless systems (NGWS) integrate different wireless networks, each of whic...
We compare the performance of three handoff protocols, namely Mobile IP, Fast Handoff and mSCTP. Amo...
Mobile IP, an extension of the standard IP protocol is used to keep track of location information an...
In this paper, we examine micro-mobility protocols, and present a distributed handoff and mobility m...
Mobile users are facing the fact that many heterogenous radio access technologies coexist, ranging f...
Mobility management constitutes one of the most significant task to be investigated for Next Gener...
Achieving IP handoff with a short latency and minimal packet loss is essential for mobile devices th...
In Mobile IP, mobile hosts must send signaling messages to notify the home network of their movement...
this paper, we propose a scalable mobility management scheme for wireless internetworks. We employ a...
In this paper, we propose a fast and efficient handoff scheme to handle the movements of mobile node...
Future wireless networks will be entirely based on the IP protocol. High degrees of portability avai...
With the increasing popularity of devices such as mobile phones and PDAs, there is a higher demand f...
To provide seamless handoffs is an important task of cellular systems. A user of a real-time convers...
Mobile IP allows node mobility involving changes of point-ofattachment to the Internet. In order to ...
In this paper we introduce a protocol for end-to-end handoff management in heterogeneous wireless IP...
Abstract—Next-generation wireless systems (NGWS) integrate different wireless networks, each of whic...
We compare the performance of three handoff protocols, namely Mobile IP, Fast Handoff and mSCTP. Amo...
Mobile IP, an extension of the standard IP protocol is used to keep track of location information an...
In this paper, we examine micro-mobility protocols, and present a distributed handoff and mobility m...
Mobile users are facing the fact that many heterogenous radio access technologies coexist, ranging f...
Mobility management constitutes one of the most significant task to be investigated for Next Gener...
Achieving IP handoff with a short latency and minimal packet loss is essential for mobile devices th...
In Mobile IP, mobile hosts must send signaling messages to notify the home network of their movement...
this paper, we propose a scalable mobility management scheme for wireless internetworks. We employ a...
In this paper, we propose a fast and efficient handoff scheme to handle the movements of mobile node...
Future wireless networks will be entirely based on the IP protocol. High degrees of portability avai...
With the increasing popularity of devices such as mobile phones and PDAs, there is a higher demand f...
To provide seamless handoffs is an important task of cellular systems. A user of a real-time convers...
Mobile IP allows node mobility involving changes of point-ofattachment to the Internet. In order to ...