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With the exponential growth of mercantile 5G installation, experimentation into B5G and 6G has kicked off solemnly. However, it is too ahead of time to say what will 6G resemble to, it is assured that 6G systems will hold up creative instances with complicated Key Performance Indicators (KPIs) that can be assured through enabling new advances and network designs. In connection to expansion of 5G, QIT is also surging in the field of quantum computing. QIT is awaited to heighten the approaching 6G network with regard to computing and connectivity. The privacy offered by 6G can be improved by using reliable quantum communications including the transmission of quantum keys. The motive of this study is to present a technologically-inclined and futuristic explanation of potential applications of QIT for next-generation 6G networks. This study defined a quantum enabled model for 6 g networks with an optimum mean accuracy of 92.3% and a least mean response delay of only 2.1 s.

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Emergence of Quantum-Enabled 6G Model for Computational Efficiency Retention

  • 会议论文

  • 发表日期：

    2025年

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  • Aastha Shukla,
  • Tanisha Verma,
  • Sushruta Mishra,
  • Rajkumar Singh Rathore,
  • Mohammed Ayad Alkhafaji

摘要

With the exponential growth of mercantile 5G installation, experimentation into B5G and 6G has kicked off solemnly. However, it is too ahead of time to say what will 6G resemble to, it is assured that 6G systems will hold up creative instances with complicated Key Performance Indicators (KPIs) that can be assured through enabling new advances and network designs. In connection to expansion of 5G, QIT is also surging in the field of quantum computing. QIT is awaited to heighten the approaching 6G network with regard to computing and connectivity. The privacy offered by 6G can be improved by using reliable quantum communications including the transmission of quantum keys. The motive of this study is to present a technologically-inclined and futuristic explanation of potential applications of QIT for next-generation 6G networks. This study defined a quantum enabled model for 6 g networks with an optimum mean accuracy of 92.3% and a least mean response delay of only 2.1 s.