Titlebook: ;

泥土謙卑

A Content-Centric Architecture for Green Networking in IEEE 802.11 MANETs,eneficial from the energy efficiency point of view. The reference scenario to prove this statement is a Mobile Ad hoc Network (MANET) characterized by dynamic topology and intermittent connectivity. We design CHANET, a content-centric MANET that relies on a connectionless layer built on top of legac

Osteoarthritis

Inoperable

Externalize

Power Consumption Analysis of Data Center Architectures, amount of energy, but also the data center network architecture makes an important contribution. In this paper, we introduce different data center architectures and compare them regarding their power consumption. The results show that there are some differences which should not be neglected and tha

Postmenopause

Gradient Optimisation for Network Power Consumption,power minimisation in wired networks can be used to improve energy savings with respect to shortest-path routing, as well as against a “smart” autonomic algorithm called EARP which uses adaptive reinforcement learning. Comparisons are conducted based on the same test-bed and identical network traffi

宣稱

Omniscient

On the Use of Cooperation as an Energy-Saving Incentive in Ad Hoc Wireless Networks,ired by the results of game theory and allowing traffic to be forwarded only towards cooperative nodes, we show how we can dramatically reduce power wastage at the same time maximizing goodput. Under this perspective, cooperation can definitely be seen as an incentive for all nodes, since it allows

connoisseur

Chandelier

Energy- and Spectral-Efficient Wireless Cellular Networks,the development of green radio. Both the energy and spectral efficiencies should be considered together to meet green radio requirements. In this paper, we investigate the trade-off between energy efficiency and spectral efficiency through different approaches. Cognitive radio is a paradigm-shift te

CUR

Energy Packet Networks: ICT Based Energy Allocation and Storage,scussed as a means to provide energy on demand to Cloud Computing servers. This approach can be useful in the presence of renewable energy sources, and if scarce sources of energy must be shared by multiple computational units whose peak to average power consumption ratio is high. Such a system will