Apr 10, 2018 · An Efficient Transmit Power Control Strategy for Underlay Spectrum Sharing Networks With Spatially Random Primary Users. Abstract: With the ...
In this paper, we develop an efficient transmit power control strategy for underlay spectrum sharing networks with spatially Poisson-distributed primary users.
the transmit power control strategy in the underlay spectrum sharing network with spatially random distributed primary receivers. For the sake of simplicity ...
A distinguishing feature of the proposed strategy is that it only requires channel state information and location information of a few primary users close to ...
Bibliographic details on An Efficient Transmit Power Control Strategy for Underlay Spectrum Sharing Networks With Spatially Random Primary Users.
This chapter focuses on two communication concepts, NOMA and simultaneous wireless power transfer (SWIPT), which can be naturally linked together as a new ...
Aug 9, 2022 · We then propose a downlink power allocation policy that maximizes the EE of the secondary RadioWeaves network subject to power constraint at.
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The transmit power of primary users is fixed to 15 dBm and the transmit ... characterization for spatially random underlay networks with massive. MIMO ...
ABSTRACT. This paper develops a power control strategy for multiple spectrum-sharing networks of single antenna nodes in a spectrum underlay scenario.
Apr 19, 2021 · User-fairness for PUs/SUs is achieved by designing efficient transmit power control policies based on a multi-objective optimization problem ...