Sentence examples for mobility management support from inspiring English sources
The Proxy Mobile IPv6 (PMisv6) is designed to provide network-based mobility management support to a mobile node (MN) without any involvement of the MN in mobility related signaling; hence, the proxy mobility entity performs all related signaling on behalf of the MN.
Unfortunately, while mobility management protocols maintain the mobility bindings, they do not provide seamless handover in their current form [2]. Internet access ubiquity for mobile users requires seamless mobility management supported by effective handover mechanisms.
Mobility management is supported in the testbed by three entities: the ANP, the AR, and the MN.
Meanwhile, the characteristics of PMIPv6 and its improvements provide an efficient mobility management, which supports mobility for both of IPv4 and IPv6 with transparency the MN from any mobility-related signaling.
This paper proposes D-PMIPv6, which is to achieve a distributed mobility management scheme supported by data and control plane separation based on PMIPv6.
The main idea of this work is to introduce a novel approach that supports mobility management without further protocol support in the CN.
Mobility management protocols that support micromobility maintain the binding information in network agents near the MN.
Although MIP can provide mobility management without protocol support in the CN, the MIP protocol suffers from problems such as triangular routing, needing home addresses, and temporary unfixed addresses, that is, Care-of-Addresses (CoAs), tunneling management, and so forth [5].
In this paper, we investigate a proxy-based integrated cache consistency and mobility management scheme for supporting client server applications in Mobile IP systems with the objective to minimize the overall network traffic generated.
Distributed mobility management is then supported by these mobility anchors.
To support mobility management in web based Internet-of-Things environment is critical issue.
