Zhongxing Ming

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Information-Centric Networking (ICN) provides substantial flexibility for users. One of the most important features of ICN is the universal in-network caching. The characteristics of ICN make it substantially different from traditional caching systems. In this paper we propose an age-based cooperative caching scheme in response to the special(More)
The Internet is a great hit in human history. However, it has evolved greatly from its original incarnation. Content distribution is playing a central role in today‟s Internet, which makes it difficult for the conventional host-to-host communication to meet the enormous demands. In this paper, we present SIONA as a service and information oriented network(More)
The goal of this paper is to improve wireless AP caching by leveraging in-network caching. We observe that by treating routers as an in-network storage extension, we can relieve the storage limitation of APs. The unique challenge is that APs and routers cannot have a full collaboration, which makes the problem different from traditional cooperative caching(More)
User data allowance trading is emerging as a promising field in mobile data networks. Mobile operators are establishing data trading platforms to attract more users. To date, there has been no coherent study on user data allowance trading. In this paper, we develop a truthful framework that allows users to bid for data allowance. We focus on preventing(More)
It has long been ill to manage mobility in IP networks. In this paper we propose namebased sockets and apply a name-based approach to improve Shim6 (a host-based multihoming solution) to support host mobility. We show how the name-based approach intrinsically transforms Shim6 into a mobility solution and how the existing infrastructure is sufficient to(More)
User data allowance trading emerges as a promising practice in mobile data networks since it can help mobile networks to attract more users. However, to date, there is no study on user data allowance trading in mobile networks. In this paper, we develop a truthful framework that allows users to bid for data allowance. We focus on preventing price cheating,(More)