Authors: Qi-yue Yu, Jiang-xuan Li, Shu Lin
Published on: March 24, 2023
Impact Score: 8.22
Arxiv code: Arxiv:2303.14086
Summary
- What is new: A new element-pair (EP) coding scheme for supporting massive users in 6G networks, utilizing unique sum-pattern mapping (USPM) for efficient and reliable transmission.
- Why this is important: The challenge of providing reliable transmission for massive users with short packet traffic in rapidly developing multi-access communication systems.
- What the research proposes: The new EP coding scheme assigns unique element pairs to users, ensuring reliable communication by utilizing finite fields and USPM structural property. This supports massive users efficiently in 6G networks.
- Results: Simulation shows that the error performance of the proposed FFMA system approaches that of single-user transmission, demonstrating its effectiveness in multi-user environments.
Technical Details
Technological frameworks used: nan
Models used: Finite fields for constructing EP codes with USPM, FFMA systems for network layer integration.
Data used: nan
Potential Impact
Telecommunications companies, 6G technology providers, IoT networks, and digital communications infrastructure firms.
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