With the rapid development of vehicular networks, mobile cellular networks and cloud computing, cloud-based vehicle networking architecture, also known as the cloud network, has been widely discussed in both academic and industrial circles [1].
In this paper we consider the problem of joint congestion control and request forwarding in Information-Centric Networks, namely the named-data networking architecture (NDN).
The IP over optical transport network is a very promising networking architecture applied to the interconnection of geographically distributed data centers due to the performance guarantee of low delay, huge bandwidth and high reliability at a low cost.
With the rapid growth of data center services, the elastic optical network is a very promising networking architecture to interconnect data centers because it can elastically allocate spectrum tailored for various bandwidth requirements.
Due to the performance guarantee of low delay, huge bandwidth and high reliability at a low cost, IP over Flexi-Grid optical network is a very promising networking architecture applied to the interconnection of geographically distributed data centers.
In [55], content-centric data transmission is investigated in the context of short opportunistic contacts based on CCNx framework content-centric networking architecture in wireless mesh network.
In [55], a mechanism is presented to extend caching on persistent storage enabling the completion of disrupted content transfers in the context of short opportunistic contacts based on CCNx networking architecture in wireless mesh network.
Content centric networking is a new networking architecture designed to work with existing network architecture and protocols.
With such a networking architecture, it turns out that many network operations, such as topology control, power control, channel assignment, and routing, are coupled together.
Software-Defined Networking (SDN) is a novel networking architecture, which provides a directly programmable and (logically) centralized network control, separates network control from forwarding, and enables programmable network components.
In a server-proxy-client 3-tier networking architecture that is executed in the mobile network, proxies should be dynamically assigned to serve mobile hosts according to geographical dependency and the network situation.
