Smart Antennas: Mobile Station (MS) and Base Station (BS) Antenna Beamforming

In this chapter are presented the details of beamforming using model-based electromagnetic signal processor to form a beam from a mobile station (MS) moving through a series of stationary base stations (BSs). The beamforming algorithm is linked to an automatic tracker of the MS position and velocity...

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Bibliographic Details
Published inSmart Antennas and Electromagnetic Signal Processing for Advanced Wireless Technology pp. 217 - 261
Main Authors Chong, Ng Kim, Leong, Stetson Oh Kok, Hoole, P.R.P., Gunawan, E.
Format Book Chapter
LanguageEnglish
Published Denmark Routledge 2020
River Publishers
Edition1
Subjects
Aerospace & Radar Technology
Electronic Devices
Electronics & Semiconductors
Radar & Navigation Systems
Adjacent BS
AWGN
AF
Handover Algorithm
LMS Algorithm
Beam Pattern
Noise Factor
Neighbor BSs
Antenna Elements
Velocity Estimation Error
Beamforming Algorithm
SNR Variation
Antenna Beamforming
Triangle Method
Smart Antenna
Radiation Pattern
Smart Antenna Systems
Noise Power
BS Antenna
AWGN Channel
CBS
Adaptive Array Antenna
Noise Channel
Isotropic Antenna
Online AccessGet full text
ISBN9788770222068
8770222061
DOI10.1201/9781003339564-8

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Table of Contents:
  • 8.1 Array Antenna 8.2 Adaptive Algorithm 8.3 Electromagnetic Model 8.4 Tracking and Beamforming with Position and Velocity Estimator (BFPVE) 8.5 Simulation Scenario 8.6 Channel Models 8.7 Antenna Radiation Pattern 8.8 Initial Values 8.9 Simulation Results 8.10 Handover Algorithm in Smart Antenna Systems: The Triangle Method 8.11 Base Station Beamforming: Position-Velocity Estimator (Maximum Likelihood Method) 8.12 Channel Model 8.13 Performance Evaluation 8.14 Base Station Beamforming: Simulation Studies 8.15 Results and Discussion