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Lal Chand Godara

Smart Antennas

★★★★★
★★★★★
€322.40
A01=Lal Chand Godara
adaptive signal algorithms
advanced array processor structures
antenna array processing
array
Array Gain
Array Output
arrival
Author_Lal Chand Godara
Beamforming Problem
broadband signal analysis
Category=UYS
Derivative Constraints
DFT Method
Digital Beamforming
direction
diversity combining techniques
DOA Estimation
eq_bestseller
eq_computing
eq_isMigrated=1
eq_isMigrated=2
eq_nobargain
eq_non-fiction
Esprit Method
estimation
Gradient Estimate
IEEE Trans
Input SNR
Interference Beam
Kth Bin
linear
Low SNR
Minimum Norm Method
neural network beamforming
Noise Subspace
Optimal Beamformer
Output Noise Power
Output SNR
RLS Algorithm
signal
Signal Subspace
single
steering
Steering Vector
system
Uncorrelated Noise
vectors
Weight Covariance Matrix
wireless communications engineering
Ww Ww

Product details

  • ISBN 9780849312069
  • Weight: 993g
  • Dimensions: 178 x 254mm
  • Publication Date: 27 Jan 2004
  • Publisher: Taylor & Francis Inc
  • Publication City/Country: US
  • Product Form: Hardback
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Description
The use of smart antennas to increase mobile communications channels has re-ignited research and development in the field. Practicing engineers are eager to discover more about this subject, and need a comprehensive book that can provide a learning platform and prevent the loss of time spent on searches through journal literature. Smart Antennas examines nearly all aspects of array signal processing and presents them in a logical manner. It delivers a detailed treatment of antenna array processing schemes, adaptive algorithms to adjust weighting, direction of arrival (DOA) estimation methods, diversity-combining methods that combat fading and reduce errors. The book introduces the various processor structures suitable for the narrowband field, examining the behavior of both element space and beamspace processors. It then explores adaptive processing, focusing on the simple matrix inversion algorithm, constrained least mean squares (LMS), the neural network approach, and more. The text also describes smart antennas that are suitable for broadband signals, and presents analyses and techniques suitable for correlated fields in narrowband and broadband signals. This volume supplements its content with extensive references, enabling you to further investigate smart antenna array schemes and application.