A frequency offset estimation technique based on frequency error characterization for OFDM communications on multipath fading channels

Keyphrases

• Channel Stationarity 33%
• Coherent Errors 33%
• Differential Coherent 33%
• Differential Operation 33%
• Doppler Spread 33%
• Error Characteristics 33%
• Error Characterization 100%
• Estimation Method 100%
• Frequency Diversity 33%
• Frequency Error 100%
• Frequency Offset Estimation 100%
• Frequency-selective Fading Channel 33%
• Matched Filter 33%
• Maximum Likelihood Estimation 33%
• Multipath Fading Channel 100%
• Multipath Fading Effect 33%
• Multiplexing Communication 33%
• OFDM Communication 100%
• Operational Error 33%
• Orthogonal Frequency Division multiplexing 33%
• Pseudo Noise 33%
• Semi-blind 33%
• Semi-blind Estimation 33%
• Statistical Analysis 33%
• Subcarrier 33%
• Subchannel 33%
• System Architecture 33%
• Time Information 33%
• Time Selectivity 33%
• Training Methods 33%
• Wireless 33%

Computer Science

• Error Characteristic 33%
• Exploit Technique 33%
• Frequency Direction 33%
• Frequency Error 100%
• frequency offset estimation 100%
• frequency selective fading 33%
• Likelihood Estimation 33%
• maximum-likelihood 33%
• Multipath Fading 33%
• multipath fading channel 100%
• Orthogonal Frequency Division Multiplexing 33%
• System Architectures 33%
• Timing Information 33%

Engineering

• Aided Estimation 33%
• Doppler Spread 33%
• Error Characteristic 33%
• Fading Channel 100%
• Frequency Direction 33%
• Frequency Diversity 33%
• Frequency Error 100%
• Matched Filter 33%
• Maximum Likelihood Estimation 33%
• Orthogonal Frequency Division Multiplexing 33%
• Selective Fading 33%
• Simulation Result 33%
• Stationarity 33%
• Subcarrier 33%
• Subchannel 33%