The criteria used by state-of-the-art mobility protocols in their handover decision-making are very limited. The protocols typically rely on routing advertisements or signal strength measurements in mobility detection but these criteria fail to reflect the actual transmission conditions in the networks. Instead, more extensive information originating from both the mobile node's local stack and the network should be employed to achieve more informed handover decision-making. This paper introduces a framework and a prototype implementation for improving the handover performance of Mobile IP based on a variety of cross-layer and cross-domain triggers. The paper also presents the first results obtained from testing the prototype that show the u...
The next generation in mobility management will enable different mobile networks to interoperate wit...
Users of next generation wireless devices will be likely to move across a heterogeneous network envi...
This paper presents mechanisms for collecting and processing cross-layer information from mobile dev...
The criteria used by state-of-the-art mobility protocols in their handover decision-making are very ...
International audienceOne serious concern in the ubiquitous networks is the seamless vertical handov...
We propose and investigate the Internet Protocol version 6 (IPv6) enabled mobility framework to impr...
The services available on today’s Internet are used increasingly through heterogeneous wireless acce...
Envisioning a future where mobile terminals equipped with one or more network devices are able to ro...
Abstract. The operation of a cross-layer mechanism for the performance improvement of real-time appl...
The availability of different wireless access networks offers new possibilities to create and use ne...
The future Internet will need to cater for an increasing number of powerful devices and entire group...
Traditionally, cellular networks have not utilised IP based protocols for their mobility management....
With the recent developments in wireless networks, different radio access technologies are used in d...
International audienceMobile hosts connected to the internet via a wireless interface are likely to ...
Mobile computing is becoming increasingly important, due to the rise in the number of portable compu...
The next generation in mobility management will enable different mobile networks to interoperate wit...
Users of next generation wireless devices will be likely to move across a heterogeneous network envi...
This paper presents mechanisms for collecting and processing cross-layer information from mobile dev...
The criteria used by state-of-the-art mobility protocols in their handover decision-making are very ...
International audienceOne serious concern in the ubiquitous networks is the seamless vertical handov...
We propose and investigate the Internet Protocol version 6 (IPv6) enabled mobility framework to impr...
The services available on today’s Internet are used increasingly through heterogeneous wireless acce...
Envisioning a future where mobile terminals equipped with one or more network devices are able to ro...
Abstract. The operation of a cross-layer mechanism for the performance improvement of real-time appl...
The availability of different wireless access networks offers new possibilities to create and use ne...
The future Internet will need to cater for an increasing number of powerful devices and entire group...
Traditionally, cellular networks have not utilised IP based protocols for their mobility management....
With the recent developments in wireless networks, different radio access technologies are used in d...
International audienceMobile hosts connected to the internet via a wireless interface are likely to ...
Mobile computing is becoming increasingly important, due to the rise in the number of portable compu...
The next generation in mobility management will enable different mobile networks to interoperate wit...
Users of next generation wireless devices will be likely to move across a heterogeneous network envi...
This paper presents mechanisms for collecting and processing cross-layer information from mobile dev...