This paper presents the design and implementation of an encryption scheme that ensures the confidentiality of data transmission in the physical layer of 6G networks. Our findings indicate that the proposed scheme offers satisfactory security protection against eavesdropping attacks by significantly enhancing the confidentiality of the transmitted signal.
Architecture determines what and how the network services are provided, as well as the overall system efficiency, scalability, etc. This article proposes high-level designs of the 6G architecture. Three key innovation motivations are analysed and the gaps of 5G network are identified according to the operator's experience in real large-scale network deployment. Those observations help to generate the key “Design Principles” about the 6G architecture.
Shenghan Wu of StorArt shared this lecture on the challenges and potential future of error correction as we move from 5G to 6G.
No rivals, no rockets, no thrill-seeking billionaires – this is a race for earth’s space, set in our physical and digital infrastructure, the spaces where we work, live and move. This is a race against time - a race we can only win by working together. How do we coordinate these demands?
This 40-page report pulls together ideas from over 500 respondents in 10 countries.