Precoding Design for Joint Synchronization and Positioning in 5G Integrated Satellite Communications

Keyphrases

• 5G NR 25%
• Angle of Departure Estimation 25%
• Antenna 25%
• Cell Coverage 50%
• Communication Networks 25%
• Conjugate Gradient Method 25%
• Design Criteria 25%
• Detection Angle 25%
• Detection Error Probability 25%
• Integrated Satellite-terrestrial Communication 25%
• Integrated Satellite-terrestrial Network 25%
• Joint Positioning 100%
• Joint Synchronization 100%
• Optimization Problem 25%
• Position Information 25%
• Positioning Performance 25%
• Precoder 50%
• Precoding Design 100%
• Satellite Communication 100%
• Satisfactory Performance 25%
• Seamless Coverage 25%
• Synchronization Performance 25%
• Synchronization Signal 25%
• Transmit Power 25%
• User Terminal 75%
• Whole Cell 25%

Engineering

• Antenna 25%
• Communication Network 25%
• Conjugate gradient algorithm 25%
• Design Criterion 25%
• Detection Probability 25%
• Joints (Structural Components) 100%
• Missed Detection 25%
• Optimisation Problem 25%
• Precoders 50%
• Satellite Communication 100%
• Signal Synchronization 25%
• Simulation Result 25%
• Terrestrial Network 25%

Computer Science

• Communication Networks 16%
• Conjugate Gradients 16%
• Design Criterion 16%
• Detection Probability 16%
• Optimization Problem 16%
• precoding 100%
• Satellite Communication Network 100%
• Signal Synchronization 16%
• Synchronism 100%
• Terrestrial Network 16%