Titlebook: Energy Management in Wireless Cellular and Ad-hoc Networks; Muhammad Zeeshan Shakir,Muhammad Ali Imran,Athanas Book 2016 Springer Internat

鄙視讀作

Heteronukleare NMR-Spektroskopie,I2V) information transmission system that efficiently delivers packets for EV energy management services by mitigating the broadcast storm and hidden node problems. Moreover, the proposed system provides a signaling mechanism to select the shortest path for the downlink I2V transmissions, a challeng

天然熱噴泉

方便

Towards Energy-Aware 5G Heterogeneous Networkssearch area termed ‘energy-aware Heterogeneous Networks (HetNets)’. HetNets are a mix of various cell shapes and sizes, including high power macro cells and low power nodes such as micro cells, pico cells and relays. The large macro cells are responsible for the basic coverage of the cell users, and

commensurate

Melodrama

Multi-operator Collaboration for Green Cellular Networksthe case of uniform cooperative mobile operators having the same objectives and we establish cooperation decision criteria based on derived roaming prices and operators’ profit gains. Afterwards, we consider the case of non-uniform operators?where a green operator focuses on exploiting the infrastru

Reclaim

An Integrated Approach for Functional Decomposition of Future RANum energy efficiency. We identify that a combined approach bringing in both decompositions together can, not only achieve greater benefits, but also facilitates the faster realization of both technologies. We propose the idea and design of a . which acts as a signaling node to provide always-on cove

reflection

Cross-Layer Designs for Energy-Efficient Wireless Ad-hoc Networksenergy consumption in wireless networks are outlined. Lastly, cross-layer designs based on cooperative physical layer network coding and hybrid automatic repeat request (HARQ) are presented. In this cross-layered design approach, energy-efficient transmission strategies are initially proposed for th

glowing

Energy Efficient Fundamental Theory and Technical Approachviding energy-efficient solutions with regarding to the QoS guarantee. In this chapter, we firstly carry out a comprehensive analysis of the relevant efficiency metrics as the fundamental evaluation, including the spectrum efficiency in b/s/Hz, energy efficiency in b/s/Hz/W (or b/Joule/Hz), area spe

期滿

atopic-rhinitis