This paper presents a mobile cloud computing application model and addresses how to
minimize the energy consumption for uploading L size of data load within the T delay …

Discontinuous reception (DRX) saves battery power of user equipment (UE) usually at the
expense of potential increase in latency in the Long Term Evolution (LTE) networks …

We examine power-efficient high-quality scalable video streaming in LTE networks through
its eMBMS service. We consider scalable video streaming and download services offered by …

Green communication has been a hot research in wireless network in recent years. The key
question is how to reduce energy consumption while maintaining the quality of service …

Mobile data traffic is increasing dramatically, essentially due to the exploding use of wireless
applications. To cope with this, one solution is the deployment of many small base station …

In this paper, we study minimal power transmission for uplink systems of LTE with
constraints on mean queuing delay. Power consumption is important concern for multimedia …

In this paper, we study the energy-efficient resource allocation in software-defined mobile
networks with mobile edge computing and caching. With the introduction of caching and …

This paper presents a quantitative study on the energy-traffic tradeoff problem from the
perspective of entire Wireless Local Area Network (WLAN). We propose a novel Energy …

In this paper, we consider how to optimally schedule packet transmissions from mobile
devices over two network interfaces when uploading content files to the media cloud. Our …

The energy-saving of mobile devices during their application offloading process has always
been the research hotspot in the field of mobile cloud computing (MCC). In this paper, we …