02-10-2010, 01:19 AM
Fast Intra-Network and Cross-Layer Handover (FINCH) for WiMAX and Mobile Internet
The proposed Fast Intra-Network and Cross-layer Handover (FINCH) supports support fast and efficient handovers in mobile WiMAX. The FINCH is actually a complementary protocol to Mobile IP. The end-to-end latency and handover latency of MIP can be reduced by this . It is also expected to enhance the energy efficiency. integration of WiMAX and WiFi networks is one of its applications. conformance and interoperability of the IEEE 802.16 standards is the major objective of the wimax forum. Mobile WiMAX has been designed to support users moving at vehicular speeds.
Frequent location update, long handover (HO) delay, and long end-to-end latency are the main disadvantages of MIP. Especially when the MS is far away from its HA, the process of registration will cause long delay. long end-to-end latency is caused when the registration sent from an MS to its HA.
In future wimax networks, voice and multimedia applications are going to occupy a major role. mobile WiMAX is likely to inherit
the MIP deficiencies. As only IPv4 is prevalent now, this paper only focuses on the IPv4 over Ethernet-like page link model.
For full details,
download the reference paper
The proposed Fast Intra-Network and Cross-layer Handover (FINCH) supports support fast and efficient handovers in mobile WiMAX. The FINCH is actually a complementary protocol to Mobile IP. The end-to-end latency and handover latency of MIP can be reduced by this . It is also expected to enhance the energy efficiency. integration of WiMAX and WiFi networks is one of its applications. conformance and interoperability of the IEEE 802.16 standards is the major objective of the wimax forum. Mobile WiMAX has been designed to support users moving at vehicular speeds.
Frequent location update, long handover (HO) delay, and long end-to-end latency are the main disadvantages of MIP. Especially when the MS is far away from its HA, the process of registration will cause long delay. long end-to-end latency is caused when the registration sent from an MS to its HA.
In future wimax networks, voice and multimedia applications are going to occupy a major role. mobile WiMAX is likely to inherit
the MIP deficiencies. As only IPv4 is prevalent now, this paper only focuses on the IPv4 over Ethernet-like page link model.
For full details,
download the reference paper
