Visible Light Communication and Positioning in 6G

Let’s jump into the fascinating world of Visible Light Communication (VLC) with our easy-to-understand video. Whether you're a seasoned expert or a curious viewer, this presentation is tailored to provide clarity and insight. Stick with us to uncover the full potential of VLC technology and its application for indoor localization.

For more details on Visible Light Communication and Localization, please read our published paper at https://ieeexplore.ieee.org/abstract/...


00:00 Intro
00:45 Outline
01:50 What is VLC
04:00 VLC vs RF
04:56 System model
05:47 VLC channel model
06:21 VLC localization
07:41 VLC localization types
08:54 Localization methods
10:02 Visible light positioning with deep learning


🌐 Exploring the Future: Visible Light Communication & Positioning in 6G Networks 🌐

Join us on an enlightening journey into the cutting-edge realm of Visible Light Communication (VLC) and its pivotal role in shaping the landscape of 6G networks.

In this video, we delve deep into the fundamentals of VLC technology, uncovering the motivations driving its rapid evolution. From its inception to its integration within next-generation networks, we unravel the fascinating story behind VLC's rise to prominence.

With a solid foundation laid, we transition into the heart of our exploration: the intricate system and channel models underpinning VLC. Through a comprehensive breakdown, we shed light on the inner workings that make VLC a beacon of innovation in the telecommunications sphere.

But the excitement doesn't stop there. We pivot to one of VLC's most compelling applications: indoor localization. Discover the diverse array of VLC localization techniques and methodologies, each offering unique insights into the realm of positioning within indoor environments.

Drawing upon the power of fingerprinting approaches, we unveil a groundbreaking localization algorithm fueled by the prowess of deep learning. Witness firsthand how advanced algorithms are revolutionizing indoor positioning, paving the way for enhanced efficiency and accuracy in real-world scenarios.