Joint optimization of spectral separation and navigation performance in GNSS signal design

Keyphrases

• DS-CDMA Systems 100%
• Joint Optimization 100%
• Navigation Performance 100%
• Separation Performance 100%
• GNSS Signals 100%
• Spectral Separation 100%
• Signal Design 100%
• Pulse Shaping 66%
• Design Approach 33%
• Optimization Problem 33%
• Carrier Frequency 33%
• Cramer-Rao Lower Bound 33%
• Band-limited 33%
• Peak-to-average Power Ratio (PAPR) 33%
• Time Delay Estimation 33%
• Variational Problem 33%
• Prolate Spheroidal Wave Functions 33%
• Parametric Optimization Problem 33%
• Signal Component 33%
• Tracking Robustness 33%
• CDMA Signals 33%
• Synchronous Acquisition 33%
• Galileo 33%
• Optimized Pulse Shape 33%
• Proposed Methodology 33%
• Synchronization Accuracy 33%

Engineering

• Joints (Structural Components) 100%
• Pulse Shape 100%
• Spectral Separation 100%
• Optimisation Problem 66%
• Optimum Design 33%
• Peak-to-Average Power Ratio 33%
• Delay Estimation 33%
• Parametric Optimization 33%
• Chip Duration 33%
• Spheroidal 33%
• Signal Component 33%
• Systematic Approach 33%
• Carrier Frequency 33%