Blind ICA detection based on second-order cone programming for MC-CDMA systems

Keyphrases

• MC-CDMA 100%
• Code Division multiple Access 100%
• Second-order Cone Programming 100%
• Channel Estimation 60%
• Colored Noise 60%
• Differential Phase Shift Keying 40%
• Time-varying Channels 40%
• Doppler Spread 40%
• Media Channels 40%
• Coherent Detection 40%
• Demodulation Scheme 40%
• Detection Method 20%
• Modulation Scheme 20%
• Numerical Simulation 20%
• Channel Environment 20%
• Multiple Access Techniques 20%
• Channel Frequency Response 20%
• Estimation Error 20%
• High Data Rate 20%
• Algorithm Analysis 20%
• Complex Channel 20%
• Binary Phase Shift Keying 20%
• Coherent Demodulation 20%
• Wireless Communication Systems 20%
• Future Wireless Communication 20%
• Fast Independent Component Analysis (FastICA) 20%
• Noncoherent Demodulation 20%
• Negentropy Maximization 20%
• Frequency Response Measurement 20%
• Blind multiuser Detector 20%
• Channel Compensation 20%

Engineering

• Independent Component Analysis 100%
• Code Division Multiple Access 100%
• Channel Estimation 60%
• Phase-Shift Keying 60%
• Colored Noise 60%
• Fading Channel 40%
• Differential Phase Shift 40%
• Doppler Spread 40%
• Coherent Detection 40%
• Communication System 20%
• Multiuser 20%
• Wireless Communication 20%
• Maximization 20%
• Modulation Scheme 20%
• Illustrates 20%
• Potential Application 20%
• Estimation Error 20%
• Frequency Response 20%
• Demodulation 20%
• High Data Rate 20%
• Coherent Demodulation 20%
• Negentropy 20%

Computer Science

• Independent Component Analysis 100%
• multicarrier code division multiple access 100%
• Channel Estimation 60%
• Fading Channel 40%
• differential phase shift keying 40%
• Coherent Detection 40%
• Estimation Error 20%
• Detection Method 20%
• Modulation Scheme 20%
• Potential Application 20%
• Numerical Simulation 20%
• Channel Environment 20%
• Frequency Response 20%
• Access Technique 20%
• wireless communication system 20%
• Constraint Programming 20%