6G Intellicise Network Architecture for Holographic Communication
Holographic communication,as a novel future communication paradigm,offers users a three-dimensional immersive inter-active experience by reproducing the fine-grained imagery of real objects.It overcomes the limitations of traditional media interaction methods,such as the lack of variety and insufficient presence in scenarios,and is considered one of the key network application scenari-os for the future 6G.However,compared to traditional real-time communication services,fully immersive real holographic communication places more stringent demands on the network,especially in terms of bandwidth,latency,and security,among other aspects.How to better expand the concepts and features of 6G to achieve high-quality,highly immersive holographic communication poses a significant challenge for the academic community.To address these issues,this paper pioneers the proposal of a intellicise converged network archi-tecture for multimodal holographic communication in 6G.It aims to rationally allocate 6G pan-network resources through a two-layer net-work structure and a three-dimensional motion model,overcoming the challenges of ultra-high bandwidth,ultra-low latency,and massive computing faced by holographic communication,thereby promoting high-quality economic and social development.
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