Diversity receivers in a fast fading multipath channel: Dissertation

Keyphrases

• Aircraft Communication 25%
• Band Spectrum 25%
• Bit Error Probability 25%
• Carrier Frequency 25%
• CDMA System 25%
• Data Modulation 25%
• Digital Communication 25%
• Digital Signal 25%
• Diversity Effect 25%
• Diversity Receiver 100%
• Doppler Spread 25%
• Error Probability Analysis 25%
• Estimation Approaches 25%
• Fading Channel Model 25%
• Fast Fading 100%
• Fast Fading Channel 75%
• Linear Prediction 25%
• Linear Smoothing 25%
• Mobile Communication 25%
• Mobile Station 25%
• Monte Carlo Simulation 25%
• Multipath Channels 100%
• Narrowband 25%
• Non-selective 25%
• Numerical Results 25%
• Optimal Receiver 50%
• Performance Analysis 25%
• Radio Channel 25%
• Rayleigh Fading Channel 25%
• Receiver Structure 25%
• Receiver-driven 25%
• Satellite Communication 25%
• Segment Duration 25%
• Sequence Detector 25%
• Sequence Estimation 25%
• Short Segment 25%
• Spread Spectrum 25%
• Symbol Rate 100%
• Symbol Synchronization 25%
• Theoretical Development 25%
• Time-frequency 25%
• Time-invariant 25%
• Time-variant 25%
• WSSUS 25%

INIS

• aircraft 33%
• barriers 100%
• bibliographies 33%
• bridges 66%
• carriers 33%
• data 33%
• errors 33%
• modulation 33%
• monte carlo method 33%
• performance 100%
• prediction 33%
• probability 33%
• satellites 33%
• signals 33%
• simulation 33%
• spectra 33%
• synchronization 33%
• velocity 33%
• wave forms 33%

Engineering

• Bit Error 25%
• Carrier Frequency 25%
• Channel Model 25%
• Correlator 25%
• Data Modulation 25%
• Digital Signal 25%
• Diversity Receiver 100%
• Doppler Spread 25%
• Fast Fading Channel 75%
• Mobile Station 25%
• Model System 50%
• Multipath Channel 100%
• Performance Analysis 25%
• Radio Channel 25%
• Receiver Structure 25%
• Simplifies 25%
• Spread Spectrum 25%
• Symbol Rate 100%