Jin Xiaoning

TL;DR: Several important aspects of green ICN are identified, i.e., overview, energy efficiency metrics, network planning, enabling technologies, and challenges, including shutdown, slowdown, mobility, and cloud computing.

TL;DR: In this paper, a construction method of an ISP and CP combined content distribution mechanism based on edge cache is presented, which comprises the following steps: acquiring network content request data, and extracting content related information; analyzing a network content popularity feature, and designing a content popularity model; deploying the content at a network edge according to the content popularity model; counting the load of a CP content source server, and computing CP service cost; computing ISP network service cost.

TL;DR: In this article, a mobile communication network model construction method based on edge caching is proposed, which includes the following steps: obtaining the network content request data and extracting the information related to the content; analyzing popularity characteristics of network content and designing a content popularity model; exploring the impact of the caching on the traditional base station communication mode, constructing a power consumption and time delay model with a caching base station based on the designed network content popularity, and constructing a communication model of balanced power consumption, considering the comprehensive influence of the power consumption.

TL;DR: In this paper, a communication model building method for a base station with a buffer based on dormancy control is proposed, which comprises the steps of acquiring network content request data, and extracting content-related information; analyzing a network content popularity feature, and designing a content popularity model; exploring influence of the buffer on a traditional base station communication mode, and building a power consumption and delay model for the base satiation with the buffer.

TL;DR: In this paper, an intelligent content distribution method based on a software-defined network is proposed, comprising the following steps: virtualizing heterogeneous resources of a foundation facility layer, and realizing integrated management of multi-dimensional resources; analyzing data of each user request, and extracting information related to request content and QoS requirements.