Adaptive modulation scheme for simultaneous voice and data transmission over fading channels

Computer Science

• Spectral Efficiency 100%
• Fading Channel 100%
• Modulation Scheme 100%
• Adaptive Modulation 100%
• closed-form expression 50%
• Noise-to-Signal Ratio 50%
• Outage Probability 50%
• Transmitted Power 50%
• Data Communication 50%
• Throughput Data 50%
• Channel Condition 50%
• Rayleigh Fading 50%
• Varying Nature 50%
• nakagami-m fading channel 50%
• Amplitude Modulation 50%

Keyphrases

• Data Transmission 100%
• Adaptive Modulation 100%
• Fading Channels 100%
• Voice Transmission 100%
• Average Bit Error Rate 60%
• 1-bit 20%
• Quadrature 20%
• Closed-form Expression 20%
• Outage Probability 20%
• Fixation Rate 20%
• Delay Constraint 20%
• M-ary 20%
• Amplitude Modulation 20%
• Transmit Power 20%
• Phase Shift Keying Modulation 20%
• Data Communication 20%
• Variable Power 20%
• Channel Condition 20%
• Binary Phase Shift Keying 20%
• 2-bit 20%
• Data Throughput 20%
• Rayleigh Fading 20%
• Achievable Spectral Efficiency 20%
• Nakagami-m Fading Channel 20%
• Available Power 20%
• Average Signal-to-noise Ratio 20%
• Remaining Power 20%
• Average Spectral Efficiency 20%

Engineering

• Transmissions 100%
• Fading Channel 100%
• Modulation Scheme 100%
• Bit Error Rate 50%
• Simulation Result 16%
• Signal-to-Noise Ratio 16%
• Closed Form Expression 16%
• Amplitude Modulation 16%
• Outage Probability 16%
• Spectral Efficiency 16%
• Phase-Shift Keying 16%
• High Data Rate 16%
• Modulation Technique 16%
• Variable Power 16%
• Channel Condition 16%
• Fixed Rate 16%
• Rayleigh Fading 16%
• Average Spectral Efficiency 16%