Tom Qi
Tom Qi
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Projects
Programmable Millimeter-Wave MIMO Radios with Real-Time Baseband Processing
Implement programmable mmWave MIMO radios equipped with real-time baseband processing capability, leveraging the open-access PAWR COSMOS testbed.
Massive MIMO Channel Sounding
Development of an open-source software infrastructure to adapt USPR to RENEWLab Sounder framework for channel-sounding measurements and data transmission experiments for massive MIMO networks.
CBRS - Make Spectrum Sharing a Reality
Spectrum Monitoring and Sharing in CBRS Band
Front-end and back-end development for multiple sclerosis lesion segmentation (MulS) challenge
Pyqt VTK GUI design. OASIS, FLEXCONN, LST, TOADS reproduction.
Investigating the Biological Impacts of Radio Transmissions
Measure the response of apis mellifera (the western honeybee) to Radio-Frequency Electromagnetic fields (RF-EMF)
Smart Sweet Spot of Your Home Stereos
Measure the response of apis mellifera (the western honeybee) to Radio-Frequency Electromagnetic fields (RF-EMF)
Development of A Prototype Material Extrusion/ Laser Deposition System with In-Process Monitoring and Control
Development of an affordable and functional system to extrude various polymers into a filament for use in fused filament fabrication 3D printers.
Low-Power, Low-Latency, IoT Communications Systems Coexistence with C-RAN
Distributed C-RAN can potentially decode collided signals from low-end IoT devices with all signal processing been done on the cloud.
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