Now-a-days, mobile nodes (MNs) are being used with multiple network interfaces so that an MN may have a ubiquitous communication. Mobile Internet Protocol version 6 (MIPv6) allows an MN to maintain the ubiquitous connectivity regardless of any type of network interface while it changes the point of attachment in heterogeneous network environment. In this paper, we have studied a vertical handover with the help of MIPL based test-bed to analyze handoff latency and packet loss. The vertical handover has been considered between Ethernet and Wi-Fi network access. We have analyzed the performance during MN’s handover across the networks. The results show that such type of setting could be used in various practical-oriented consumer applications ...
Mobile Internet Protocol version 6 (MIPv6) has been proposed to solve the problem of mobility in the...
Mobile IPv6 (MIPv6) allows mobile devices to be always addressed by its home address. This paper de...
Mobile IPv6 (MIPv6) describes how mobile node can change its point of attachment from one access rou...
Now-a-days, mobile nodes (MNs) are being used with multiple network interfaces so that an MN may hav...
In this work, we have done a comprehensive study of dual interfaces on a practical test-bed to find ...
International audienceOne serious concern in the ubiquitous networks is the seamless vertical handov...
International audienceOne serious concern in the ubiquitous networks is the seamless vertical handov...
International audienceOne serious concern in the ubiquitous networks is the seamless vertical handov...
The paper presents an experimental geographical testbed used to analyze the handover performance of ...
To make the most of the available data rates, coverage areas and different networks; wireless commun...
Users of next generation wireless devices will be likely to move across a heterogeneous network envi...
One serious concern in the ubiquitous networks is the seamless vertical handover management between ...
One serious concern in the ubiquitous networks is the seamless vertical handover management between ...
This paper addresses mobility management issues in an environment with both wireless LAN and wireles...
Low handoff latency and minimum packet loss are envisioned important factors for the next generation...
Mobile Internet Protocol version 6 (MIPv6) has been proposed to solve the problem of mobility in the...
Mobile IPv6 (MIPv6) allows mobile devices to be always addressed by its home address. This paper de...
Mobile IPv6 (MIPv6) describes how mobile node can change its point of attachment from one access rou...
Now-a-days, mobile nodes (MNs) are being used with multiple network interfaces so that an MN may hav...
In this work, we have done a comprehensive study of dual interfaces on a practical test-bed to find ...
International audienceOne serious concern in the ubiquitous networks is the seamless vertical handov...
International audienceOne serious concern in the ubiquitous networks is the seamless vertical handov...
International audienceOne serious concern in the ubiquitous networks is the seamless vertical handov...
The paper presents an experimental geographical testbed used to analyze the handover performance of ...
To make the most of the available data rates, coverage areas and different networks; wireless commun...
Users of next generation wireless devices will be likely to move across a heterogeneous network envi...
One serious concern in the ubiquitous networks is the seamless vertical handover management between ...
One serious concern in the ubiquitous networks is the seamless vertical handover management between ...
This paper addresses mobility management issues in an environment with both wireless LAN and wireles...
Low handoff latency and minimum packet loss are envisioned important factors for the next generation...
Mobile Internet Protocol version 6 (MIPv6) has been proposed to solve the problem of mobility in the...
Mobile IPv6 (MIPv6) allows mobile devices to be always addressed by its home address. This paper de...
Mobile IPv6 (MIPv6) describes how mobile node can change its point of attachment from one access rou...