
		<paper>
			<loc>https://jjcit.org/paper/65</loc>
			<title>3-D POLARIZED CHANNEL MODELING FOR MULTIPOLARIZED UCA-MASSIVE MIMO SYSTEMS IN UPLINK TRANSMISSION</title>
			<doi>10.5455/jjcit.71-1563643647</doi>
			<authors>Abdelhamid Riadi,Mohamed Boulouird,Moha M’Rabet Hassani</authors>
			<keywords>Massive MIMO system,Channel orthogonality,Channel estimation,Multipolarized,Unipolarized,OSIC detector.</keywords>
			<citation>4</citation>
			<views>6578</views>
			<downloads>1806</downloads>
			<received_date>2019-07-20</received_date>
			<revised_date>2019-09-23</revised_date>
			<accepted_date>2019-10-08</accepted_date>
			<abstract>In  this  paper, a  novel  design  of a Uniform  Circular  Array  Massive-Multiple Input Multiple Output  (UCA-
mMIMO) system  based on  Spherical  Wave  (SW)  is  proposed in  Uplink  (UL)  transmission.  A  three-dimensional 
(3-D) channel  pattern is established and estimated, where channel  orthogonality of multipolarized/unipolarized 
UCA-mMIMO  systems  is analyzed. Multipolarized  and  unipolarized systems are  evaluated  to  decrease  channel 
orthogonality. The Azimuth Angle of Arrival (AAoA) and Elevation Angle of Arrival (EAoA), as well as antenna 
spacing  and  cross-polarization  discrimination, are  taken  into  consideration.  Using  Monte  Carlo  simulation 
method, the results show that the multipolarized UCA-mMIMO system provides a better performance compared 
to the unipolarized UCA-mMIMO system in different situations. The proposed design is homely to be realized in 
real  environment in conformance to the parameters  analyzed;  in order to confirm that  it  will  be  a very  good 
choice.</abstract>
		</paper>


