JUMP: Joint Communication and Sensing With Unsynchronized Transceivers Made Practical

Keyphrases

• Transceiver 100%
• Unsynchronized 100%
• Joint Communication and Sensing 100%
• Timing Offset 66%
• Frequency Offset 66%
• Bistatic 66%
• Sensing Capability 33%
• Data Communication 33%
• Full-duplex 33%
• Non-line-of-sight (NLoS) 33%
• Wideband 33%
• Line-of-sight Paths 33%
• Phase Locking 33%
• Sensing Technology 33%
• Signal Processing 33%
• Multipath Environment 33%
• Channel Correlation 33%
• Occlusion 33%
• Target Tracking 33%
• Process Solutions 33%
• Communication Technologies 33%
• Sensing Parameters 33%
• Tracking Performance 33%
• Millimeter-wave Communication System 33%
• Phased-array Receiver 33%
• Multipath Reflection 33%
• Micro-Doppler 33%
• Clock Asynchrony 33%
• Micro-Doppler Extraction 33%
• Human Motion Sensing 33%
• Monostatic System 33%

Engineering

• Joints (Structural Components) 100%
• Transceiver 100%
• Millimeter Wave 33%
• Communication System 33%
• Phased Array 33%
• Target Tracking 33%
• Channel Correlation 33%
• Full-Duplex 33%
• Human Motion 33%
• Sensing Capability 33%
• Experimental Platform 33%

Computer Science

• timing offset 100%
• frequency offset 100%
• Data Communication 50%
• Full Duplex 50%
• Human Motions 50%
• Enabling System 50%
• Receiver Array 50%