Study of DS-CDMA wireless communication over a Nakagami-m multipath fading channel in presence of imperfect power control

Keyphrases

• Wireless Communication 100%
• Nakagami-m 100%
• Multipath Fading Channel 100%
• Power Control 100%
• DS-CDMA Systems 100%
• Bit Error Rate 66%
• Received Signal 66%
• Number of Users 66%
• Frequency-selective multipath Fading 66%
• Fading Parameters 66%
• Processing Gain 66%
• Additive White Gaussian Noise 33%
• Varying number 33%
• Power Spectral Density 33%
• Link Performance 33%
• Performance Degradation 33%
• Active Users 33%
• Reverse Link 33%
• Near-far Problem 33%
• Multiple Access Interference 33%
• Bit Error Rate Performance 33%
• Power Control Strategy 33%
• Code Division multiple Access 33%
• Rate Expression 33%
• Gaussian Approximation 33%

Engineering

• Fading Channel 100%
• Wireless Communication 100%
• Bit Error Rate 100%
• Power Control 100%
• Code Division Multiple Access 100%
• Correlator 33%
• Gaussians 33%
• Control Scheme 33%
• Link Performance 33%
• Performance Degradation 33%
• Multiple Access 33%
• Power Spectral Density 33%
• Active User 33%
• Rate Expression 33%
• Additive White Gaussian Noise 33%