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Simultaneous information and energy transfer (SIET) is attracting much attention as an effective method to provide green energy supply for mobiles. However, low power level of harvested energy from RF spectrum limits application of this technique. Thanks to improvement of sensitivity and efficiency of RF energy harvesting circuit as well as dense deployment of small cell base stations, SIET becomes more practical. In this paper, we propose a unified receiver model for SIET in LTE-A small cell base station networks, formulate a feasibility problem with Poisson point process model and analyze the feasibility for a special and practical scenario. The results show that it is feasible for mobiles to charge the secondary battery with harvested energy from BSs, but it is still impractical to directly charge the primary battery or operate without any battery at all.

umsthesis is a LaTeX class for authoring theses that fulfill formatting specifications required by Universiti Malaysia Sabah (UMS), commissioned by Mohd Kamalrulzaman Md Akhir.This is version 1.0 (August 4, 2016). Update announcements will appear here. Important: Compile with xelatex!

Template to use for the university in Umeå

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Brief over view of the Poisson Distribution for a first year computing project.

Used a pre-built template. A CV for undergrad student in Computer Science.

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