Asian Journal of Engineering, Sciences & Technology

Characteristics Performance of a Polarized MIMO Dipole in an Indoor Environment at 5.2 GHz

Asian Journal of Engineering, Sciences and Technology - Volume 3, Issue 2 2013
By John Danson Muhehe, Lavi Michael Muia, Wilson Ogola, Jose-Maria Molina-Pardo, Andres Garrido-Cervantes, Concepcion Garcia-Pardo, Leandro Juan Ll?cer
Keywords: MIMO Capacity; Correlation Coefficient; Ricean K-factor; Dipole; delay spread.

In this paper, a 4x4 half-wavelength open Dipole multi-input multi-output (MIMO) measurements campaign at a frequency of 5.2 GHz is presented. Channel transfer function of the system is measured within 400MHz for different antenna polarization and displacement. Channel capacity, Correlation Coefficient, Ricean K-factor, as well as the channel delay spread are investigated in order to estimate the performance of a real MIMO dipole in an indoor environment. It is observed that with a fixed SNR, the capacities of VV and HV configuration increases with distance whereas HH and VH decreases with distance. Furthermore, it was realized that a set of Dipole elements is more efficient in the LOS as opposed to the NLOS.

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