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6G Real-Time Ray Tracing at VIAVI HQ
In this demo we show Autonomous AI network optimization at VIAVI headquarters for energy saving use-case.
1:32
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6G AI-based Beam Managment
In this demo, we investigated and validated the performance of an in-house developed UE-side neural network-based AI BM scheme.
2:57
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6G Joint Communications and Sensing (JCAS)
This demo shows a new candidate technology for 6G, Joint communications and sensing (JCAS).
2:40
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6G AI for Air Interface: Energy Saving Neuromorphic Receivers
This demo shows that VIAVI has developed energy saving neuromorphic receiver.
5:16
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6G Real-Time Ray Tracing Demonstration (Denver)
Ray Tracing is a powerful technique for generating channel data deterministically.
2:21
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Rate Splitting Multiple Access (RSMA) Demo
RSMA transmission validation for overloaded networks, with fewer antennas at the transmitter than users served.
2:59
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AI Neural Network Receiver Demo
Showcasing a complete NN receiver, replacing traditional blocks, for 5G-NR compliant OFDM signal transmission on our testbed.
2:48
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Orthogonal Time Frequency Space (OTFS) Demo
OTFS performance in a multi-antenna transmission with a low-complexity precoder solution and comparison with OFDM.
2:03
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6G Research - Rate-Splitting Multiple Access (RSMA) Demo - Interview Style
Rate-Splitting Multiple Access for multi-user communications with mobility to increase data rate and connectivity.
4:05
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6G Research - Orthogonal Time Frequency Space (OTFS) Demo - Interview Style
Orthogonal Time Frequency Space is a cutting-edge modulation technique tailored for highly dispersive wireless channels.
4:18
