6G Research - Orthogonal Time Frequency Space (OTFS) Demo - Interview Style
4:18
Description
Related Videos
Orthogonal Time Frequency Space is a cutting-edge modulation technique tailored for highly dispersive wireless channels.
View More
View Less
Related Videos
In 6G
-
Play video NITRO AIOps: Redefining Network Operations
NITRO AIOps: Redefining Network Operations
Transform your network and master the complexity - NITRO AIOps leverages cutting-edge AI, machine learning, and big data analytics to simplify and automate network operations. It’s cloud-native, multi-domain, and designed for the networks of today –
2:01
-
Play video Goal – Oriented and Semantic Communications with Advanced Multiple Access for Extended Reality (XR)
Goal – Oriented and Semantic Communications with Advanced Multiple Access for Extended Reality (XR)
Showcasing new methods to transmit efficiently, high-quality content to multiple users within a small bandwidth.
2:46
-
Play video 6G AI-based Beam Managment
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.
3:06
-
Play video 6G AI-Native Air Interface (AI-AI) Demo
6G AI-Native Air Interface (AI-AI) Demo
Boost the efficiency of data delivery with AI-Native Air Interface. Watch how with our 6G testbed.
2:50
-
Play video 6G Real-Time Ray Tracing at VIAVI HQ
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.
1:41
-
Play video Digital Twin – Sensing Enhanced Augmented Perception for Beam Selection
Digital Twin – Sensing Enhanced Augmented Perception for Beam Selection
Showing how real-time digital twin can provide accurate measurements to enhance perception performance for beam selection.
1:48
