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<p>With the rapid development of artificial intelligence technology, its application in communications has become increasingly widespread. The arrival of 6G technology has brought unprecedented opportunities and challenges to the communications industry. As one of the core features of 6G, slicing technology can achieve flexible allocation and optimization of network resources. This study aims to explore the economic market activity analysis model driven by artificial intelligence and integrated with 6G slicing technology. The market data is deeply analysed by constructing an economic market activity analysis model based on artificial intelligence and combining 6G slicing technology. Experimental results show that compared with traditional models, the model incorporating 6G slicing technology has improved data transmission efficiency by 30% and market activity prediction accuracy by 25%. In addition, when the model processes large-scale data, the operation speed is increased by 50%, effectively reducing the delay. This study not only verifies the remarkable effect of integrating artificial intelligence and 6G slicing technology in improving economic market analysis capabilities but also provides theoretical basis and practical reference for the deep integration of future communication technology and economic markets.</p>

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Research on economic market activity analysis model driven by artificial intelligence and integrated 6G slicing technology

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年11月22日

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  • Hanyang Sun,
  • Xiangyuan Kong,
  • Wei Miao,
  • Zipeng Deng,
  • Hamo Wan,
  • Yijia Huang,
  • Haotian Lu,
  • Zihan Xu,
  • Zheming Zhang

摘要

With the rapid development of artificial intelligence technology, its application in communications has become increasingly widespread. The arrival of 6G technology has brought unprecedented opportunities and challenges to the communications industry. As one of the core features of 6G, slicing technology can achieve flexible allocation and optimization of network resources. This study aims to explore the economic market activity analysis model driven by artificial intelligence and integrated with 6G slicing technology. The market data is deeply analysed by constructing an economic market activity analysis model based on artificial intelligence and combining 6G slicing technology. Experimental results show that compared with traditional models, the model incorporating 6G slicing technology has improved data transmission efficiency by 30% and market activity prediction accuracy by 25%. In addition, when the model processes large-scale data, the operation speed is increased by 50%, effectively reducing the delay. This study not only verifies the remarkable effect of integrating artificial intelligence and 6G slicing technology in improving economic market analysis capabilities but also provides theoretical basis and practical reference for the deep integration of future communication technology and economic markets.