Furthermore, our protocol provides seamless mobility support for mobile cloud users that request real-time services (such as streaming, VoIP, and shared game playing).
One particularly appealing benefit of OpenRoads is that it allows efficient handover between diverse wireless technologies, by 'flattening' multiple vertically integrated wireless technologies, to allow seamless mobility for clients of mobile wireless networks.
They mainly focused on providing mobile users with seamless mobility when switching between heterogeneous access networks.
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.
Seamless mobility can be achieved by enabling mobile terminals to conduct seamless handovers across diverse access networks, that is, seamlessly transfer and continue their ongoing sessions from one access network to another.
The Software-Defined WiNeMO (SDWiNeMO) holistic framework is largely aimed at enabling the network infrastructure to provision service transport while guaranteeing Quality of Service (QoS) for multiple mobile applications, as well as providing seamless mobility for MOs always seeking the best connectivity to maintain good Quality of Experience (QoE) over time.
We also discuss some of the capabilities of mobile terminals that are necessary to implement seamless mobility over hybrid wireless networks.
In a heterogeneous wireless environment, seamless mobility is the basis of network support with which mobile users who roam between or among various wireless access networks are able to fully enjoy uninterrupted wireless services.
The guiding principle is what Motorola calls "seamless mobility" or "über-mobility".
The loss of synergies between its different units would also undermine the firm's vision of providing "seamless mobility" to customers by making more than just handsets.
