Titlebook: Coexistence of IMT-Advanced Systems for Spectrum Sharing with FSS Receivers in C-Band and Extended C; Lway Faisal Abdulrazak Book 2018 Spr

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Interference Assessment Methodology, of ?10?dB. MATLAB code (Appendix D) has been developed in order to obtain the specified value of ./. by tuning up the minimum separation distance to an appropriate level that corresponds to a set of frequency offsets between carriers. Finally, Transfinite Visualyse Pro? is used to verify the result

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FSS Shielding and Antenna Discrimination as an Interference Mitigation Technique,posed by losses over various terrains for different deployment areas. The antenna discrimination has been discussed alongside the shielding absorption coefficients of the suggested materials. Therefore, in this chapter shielding and other empirical measurements have been highlighted to reflect the p

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I-MUSIC Algorithm and Fixed Null Insertion,res in both co-channel interference (CCI) and adjacent channel interference (ACI) scenarios. In order to further validate the proposed technique and its applicability to different operating environments, certain situations are considered. These include various shielding attenuations, FSS bandwidths,

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Book 2018 information about how to conduct research on the interference mitigation between IMT-Advanced and FSS. The author presents a deterministic analysis for interference to noise ratio (I/N), adjacent channel interference ratio (ACIR), field strength, and path loss propagation, in order to determine the

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Introduction,y band, previously allocated for existing FSS receivers, has been proposed to be investigated for IMT systems use. Among the many built-in FSS receiver capabilities, exceptional weak signal received from geostationary orbit station (GOS), is perhaps the unique feature inherent to that kind of receiv

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