… We provide an overview of EV-DO network architecture. We provide recommendations for
mobility management across EV-DO subnets. We describe mobility across a EV-DO network …

… management scheme. From this figure, it is noticed that the micro and macro mobility … within
one network area whereas the macro mobility domain is involved with a movement between …

… HIP is a new draft macro-mobility management protocol. Although the handover performance
of HIP is better than that of Mobile IP [5], there are many uncertainties in deploying HIP into …

… to lack of carrier interest, mostly because both Verizon Wireless and Sprint chose EV-DO. …
The mobility management at L3 can be broadly categorized into two types: macro-mobility and …

… MACRO-MOBILITY MANAGEMENT IN EVDO … management in EV-DO, including mobility
across EV-DO subnets … ie, between 1x and EV-DO, or between different revisions of EV-DO). …

… In the following section, the performance aspects both WiMAX and EV-DO were highlighted
… the management mobility. Mobile IP is necessary to maintain sessions in macro-mobility …

… “macro mobility” management. The IP address of the mobile device changes when it moves
from one network to another. For example, in the representative macro mobility … and EVDO, …

… The MIPv6 protocol is generally considered a macro-mobility solution that is not really
effective for handling micro-mobility scenarios, where cell size is small and frequent handovers …

… in which the Mobile IP is used for macro-mobility management and MPLS is used to support
… -media capabilities (such as EV-DO) in which mobility management is handled by the MSF …

… handover along with low latency micro and macro-mobility activities. In contrast, Figure 4(b) …
The architecture supports macro-mobility and handover with optional session anchoring …