A Study on Intelligent and Secure Human-centric 6G Network Orchestration

我们的研究旨在提出一个智能和安全的6 G网络切片计划，优先考虑以人为中心的服务（HCS）。作为这项工作的一部分，我们已经生成了支持HCS的可能6 G WiGig网络场景的结果。我们的初步研究成果已在两个国际研讨会上发表，即：-2023年在韩国举行的A3研讨会项目上的“WiGig网络上的阻塞感知多AP联合传输方案”。“Concept-Drift Aware Channel Quality Estimation over multi-AP WiGig Networks”在2022年在日本举行的A3研讨会项目上。我们还提交了我们关于不同网络场景中各种用户行为的初步研究结果，以发表在IEEE Network杂志上。这篇文章的标题是“Smart Handover with Predicted User Behavior Using Convolutional Neural Networks for WiGig Systems. "

Our research aims to propose a smart and secure 6G network slicing plan that prioritizes human-centric services (HCS). As part of this effort, we have generated results on possible 6G WiGig network scenarios to support HCS. Our initial research findings have been presented at two international workshops, namely:- "A Blockage-aware multi-AP joint transmission scheme over WiGig Network" at the A3 Workshop Program in South Korea in 2023.- "Concept-Drift Aware Channel Quality Estimation over multi-AP WiGig Networks" at the A3 Workshop Program in Japan in 2022.We have also submitted our initial findings about various user behaviors in different network scenarios for publication in the IEEE Network magazine. The article's title is "Smart Handover with Predicted User Behavior Using Convolutional Neural Networks for WiGig Systems."