Least-squares channel estimation assisted by self-interference cancellation for mobile pseudo-random-postfix orthogonal-frequency-division multiplexing applications

Keyphrases

• Orthogonal Frequency Division multiplexing 100%
• Postfix 100%
• Least Square Channel Estimation 100%
• Self-interference Cancellation 100%
• Pseudorandomness 100%
• Conventional Techniques 66%
• Computational Complexity 33%
• Multipath Fading 33%
• Statistical Analysis 33%
• Estimation Error 33%
• Minimum Mean Square Error 33%
• Mobile Application 33%
• Low Error 33%
• Channel Estimation Technique 33%
• Channel Estimation 33%
• Multiplexing Communication 33%
• Frequency Selectivity 33%
• Inter-symbol Interference 33%
• Multipath Interference 33%
• Error Channel 33%
• Mean Square Estimator 33%
• Error Probability 33%
• Time Selectivity 33%
• Channel Information 33%
• Long Delay 33%
• Doppler Spread 33%
• Interference Cancellation Method 33%
• Low Error Floor 33%
• Block-by-block 33%
• Fast Time-varying Channel 33%
• Blocking Interference 33%
• Delay Spread 33%
• OFDM Communication 33%
• Time-varying Channels 33%

Engineering

• Least Square 100%
• Orthogonal Frequency Division Multiplexing 100%
• Channel Estimation 100%
• Self-Interference 100%
• Interference Cancellation 100%
• Square Channel 100%
• Conventional Technique 50%
• Computational Complexity 25%
• Mean Square Error 25%
• Estimation Error 25%
• Fading Channel 25%
• Frequency Selectivity 25%
• Intersymbol Interference 25%
• Selective Fading 25%
• Interference Cancellation Method 25%
• Doppler Spread 25%
• Delay Spread 25%
• Information Channel 25%

Computer Science

• Least Squares Method 100%
• Channel Estimation 100%
• Orthogonal Frequency Division Multiplexing 100%
• Computational Complexity 25%
• Mobile Application 25%
• Estimation Error 25%
• time-varying channel 25%
• frequency selective fading 25%
• Multipath Fading 25%
• Information Channel 25%
• Computational Simulation 25%
• Intersymbol Interference 25%