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In wireless network edges, knowing the network flow types and applications can enable various policy-driven network managements (i.e. traffic offloading, BYOD, E2E QoS etc.). However, applying network policies at wireless links between the mobile devices and access points (APs) requires greater visibility and control on generated traffic generated from mobile devices. The recent advent of Software-Defined...
Sensing and networking have been regarded as key enabling technologies of future smart vehicles. Sensing allows vehicles to be context awareness, while networking empowers context sharing among ambients. Existing vehicular communication solutions mainly rely on homogeneous network, or heterogeneous network via data offloading. However, today’s vehicular network implementations are highly heterogeneous...
With the wide and prosperous application of wireless communication, it will cause new requirement to the network scalability and flexibility. However, in traditional heterogeneous wireless network architecture, the data plane and the control plane are tightly coupled, and it is very complicated to support flexible control strategy. The novel wireless network architecture based on Software-Defined...
Software Defined Networking (SDN) is an emerging technology that is replacing traditional networks in many advanced applications such as network virtualization and cloud computing. Recently, SDN has been proposed for wireless networks to add flexibility to incorporate exponentially increasing wireless traffic and to adapt network configurations on the fly, and it is known as Software Defined Wireless...
The next generation of wireless networks will integrate multiple radio access technologies, which constitute the heterogeneous network. The performance of the network and user experience will depend on a good use of the radio resource heavily. With the development of mobile Internet, a large amount of intelligent terminal applications emerge. Specifically, the multimedia applications, which will take...
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