Date of Acceptance: 14/07/2014We present the first results of an implementation of IP-layer soft handoff, based on the Identifier Locator Network Protocol (ILNP). In our testbed experiments, we show minimal gratuitous packet loss in vertical handoff scenarios (WiFi-3G). Unlike the IETF Mobile IP proposals, the ILNP uses a purely end-to-end architecture, and does not require proxies, middleboxes or tunnelling to support mobility. Our testbed is based on an in-kernel implementation using a modified Linux IP stack.Postprin
Achieving IP handoff with a short latency and minimal packet loss is essential for mobile devices th...
Inter-technology roaming is known as one of the interesting challenges toward fourth generation of m...
In this work, we aim to evaluate Locator Identifier Separation Protocol-Mobile Node (LISP-MN) perfor...
We present the first results of an implementation of IP-layer soft handoff, based on the Identifier ...
Seamless host mobility has been a desirable feature for a long time, but was not part of the origina...
This work was partially funded by the Government of Thailand through a PhD scholarship for Dr Phoomi...
Mobility is an increasingly important aspect of communication for the Internet. The usage of handhel...
Seamless host mobility is vital to future network mobility, and has been an active research area for...
Utilization of the different wireless interfaces (Cellular, Wi-Fi and WiMAX) that come with many of ...
As the use of mobile devices and methods of wireless connectivity continue to increase, seamless mob...
D. Phoomikiattisak was funded by the Thai Government. B. Simpson was funded by Cisco Systems under a...
Numerous efforts have been made in extending network connectivity to mobile computers using the Int...
One of the most important challenges in mobile Internet Protocol (IP) is to provide service for a mo...
Mobile computing is becoming increasingly important, due to the rise in the number of portable compu...
The theme of this thesis is the advancement of IP mobility management mechanisms to support robustly...
Achieving IP handoff with a short latency and minimal packet loss is essential for mobile devices th...
Inter-technology roaming is known as one of the interesting challenges toward fourth generation of m...
In this work, we aim to evaluate Locator Identifier Separation Protocol-Mobile Node (LISP-MN) perfor...
We present the first results of an implementation of IP-layer soft handoff, based on the Identifier ...
Seamless host mobility has been a desirable feature for a long time, but was not part of the origina...
This work was partially funded by the Government of Thailand through a PhD scholarship for Dr Phoomi...
Mobility is an increasingly important aspect of communication for the Internet. The usage of handhel...
Seamless host mobility is vital to future network mobility, and has been an active research area for...
Utilization of the different wireless interfaces (Cellular, Wi-Fi and WiMAX) that come with many of ...
As the use of mobile devices and methods of wireless connectivity continue to increase, seamless mob...
D. Phoomikiattisak was funded by the Thai Government. B. Simpson was funded by Cisco Systems under a...
Numerous efforts have been made in extending network connectivity to mobile computers using the Int...
One of the most important challenges in mobile Internet Protocol (IP) is to provide service for a mo...
Mobile computing is becoming increasingly important, due to the rise in the number of portable compu...
The theme of this thesis is the advancement of IP mobility management mechanisms to support robustly...
Achieving IP handoff with a short latency and minimal packet loss is essential for mobile devices th...
Inter-technology roaming is known as one of the interesting challenges toward fourth generation of m...
In this work, we aim to evaluate Locator Identifier Separation Protocol-Mobile Node (LISP-MN) perfor...