We introduce mechanisms, which offer soft handover support between two different IP subnets for the mobile devices. The mobility support protocol that was developed tries to solve the same problem as mobile IP, that is, how to manage up to date information about the location of a moving node and to keep its connections established during its movement. It uses soft handover and relies on accurate routing information of routers participating in the protocol. The protocol works entirely in user space (layer 7, 6 and 5 of the OSI model) and considers the handover only in layer 3
Abstract—NEMO Basic Support (NEMO BS) adds a mobility function to IPv6 routers, such a router is cal...
M. Tech. Electrical Engineering.Presents an IPv6-based mobility support scheme for vehicular scenari...
In this paper, we examine micro-mobility protocols, and present a distributed handoff and mobility m...
We introduce mechanisms, which offer soft handover support between two different IP subnets for the ...
Mobile computing is becoming increasingly important, due to the rise in the number of portable compu...
Mobile hosts in a wireless network can move from one location to another while communicating with ot...
Mobile IP specifies protocol enhancements that allow transparent routing of IP datagram to mobile no...
[[abstract]]To support fast and efficient handoffs, we propose a single protocol for both link layer...
International audienceToday, handheld devices equipped with Wi-Fi interfaces are used intensively by...
Wireless sensor networks are composed of a lot of sensor nodes and they are used to monitor environm...
One of the most important challenges in mobile Internet Protocol (IP) is to provide service for a mo...
[[abstract]]The routing protocol Mobile IP was introduced in 1996 to facilitate wireless networking ...
The criteria used by state-of-the-art mobility protocols in their handover decision-making are very ...
The criteria used by state-of-the-art mobility protocols in their handover decision-making are very ...
A mechanism is devised for performing handoff in mobile networks. It is based on the micro-mobility ...
Abstract—NEMO Basic Support (NEMO BS) adds a mobility function to IPv6 routers, such a router is cal...
M. Tech. Electrical Engineering.Presents an IPv6-based mobility support scheme for vehicular scenari...
In this paper, we examine micro-mobility protocols, and present a distributed handoff and mobility m...
We introduce mechanisms, which offer soft handover support between two different IP subnets for the ...
Mobile computing is becoming increasingly important, due to the rise in the number of portable compu...
Mobile hosts in a wireless network can move from one location to another while communicating with ot...
Mobile IP specifies protocol enhancements that allow transparent routing of IP datagram to mobile no...
[[abstract]]To support fast and efficient handoffs, we propose a single protocol for both link layer...
International audienceToday, handheld devices equipped with Wi-Fi interfaces are used intensively by...
Wireless sensor networks are composed of a lot of sensor nodes and they are used to monitor environm...
One of the most important challenges in mobile Internet Protocol (IP) is to provide service for a mo...
[[abstract]]The routing protocol Mobile IP was introduced in 1996 to facilitate wireless networking ...
The criteria used by state-of-the-art mobility protocols in their handover decision-making are very ...
The criteria used by state-of-the-art mobility protocols in their handover decision-making are very ...
A mechanism is devised for performing handoff in mobile networks. It is based on the micro-mobility ...
Abstract—NEMO Basic Support (NEMO BS) adds a mobility function to IPv6 routers, such a router is cal...
M. Tech. Electrical Engineering.Presents an IPv6-based mobility support scheme for vehicular scenari...
In this paper, we examine micro-mobility protocols, and present a distributed handoff and mobility m...