A global mobility scheme for seamless multicasting in Proxy Mobile IPv6 networks

Implementation of detection device method on seamless proxy mobile internet protocol version 6 (SPMIPv6)

“…LMA then checks the message and the internal cache and further forwards the message to MD via MAG using a prepared of a two-way communication channel. On the other hand, the process is done vice versa when the MD sends a message to the CN [17]. Furthermore, the MD will perform handoff process, MAG will detect and transmit a termination signal containing a deregistration message.…”

“…• Performance: since the MD does not have to directly associate in signal transmission, the channel provision and message transfer are reduced so as to support mobility management for MD • Distribution: MD does not require modification so that providers can serve consumers as much as possible MD mobility on PMIPv6 uses two kinds of routers ( [17], [20]): Mobile Access Gateway (MAG) and the Local Mobility Anchor (LMA). MAG performs signal transmission procedure for the movement of MD.…”

“…PMIPv6 is a mobility protocol on the IP based network that does not directly involve MD to transmit information signal for IP movement ( [9], [10], [11], [13], [17], [23], [26]). It uses a network-based approach that has some features and advantages [20]:…”

Evaluation of an Enhanced Multicast Data Flow Technique in Network Mobility

“…Current related works on multicast PMIPv6 techniques are route optimization [20][21][22], global mobility [23], load balancing [24] and context transfer [25][26][27]. [20][21][22] use route optimization technique.…”

“…Hence enhancement is required. [23] provides inter domain multicast mobility. It overcome the base, dedicated and direct routing techniques that only preserve the intra domain mobile node movement.…”