Quasisynchronous LoRa for LEO Nanosatellite Communications

Keyphrases

• Low Earth Orbit 100%
• Low Earth Orbit Satellites 100%
• LoRa 100%
• Nanosatellite Communications 100%
• Synchronization Algorithm 75%
• LoRa Communication 50%
• Atomic Clock 50%
• Energy Consumption Reduction 25%
• Resource Utilization 25%
• Atmospheric Effects 25%
• IoT Applications 25%
• Robust Solution 25%
• Doppler Effect 25%
• Symbol Error Rate Performance 25%
• Additive White Gaussian Noise Channel 25%
• Ground Station 25%
• Reliable Communication 25%
• Network Reliability 25%
• Factor Combination 25%
• Raised Cosine 25%
• Clock Drift 25%
• Spreading Factor 25%
• Delay-Doppler 25%
• Drift Effect 25%
• Adaptive Solution 25%
• Global Connectivity 25%
• Signal Propagation Delay 25%
• Low Earth Orbit Satellite Communications 25%

Engineering

• Nanosatellites 100%
• Low Earth Orbit 100%
• Basestation 16%
• Acceptable Level 16%
• Doppler Effect 16%
• Resource Utilisation 16%
• Robust Solution 16%
• Clock Drift 16%
• Reduce Power Consumption 16%
• Internet of Things 16%
• Propagation Delay 16%
• Symbol Error Rate 16%
• Additive White Gaussian Noise 16%
• Reliable Communication 16%

Earth and Planetary Sciences

• Nanosatellites 100%
• Low Earth Orbit 100%
• Synchronism 83%
• Atomic Clock 33%
• Satellite Communication 16%
• Random Noise 16%
• Doppler Effect 16%
• Atmospheric Effect 16%
• Resource Utilisation 16%