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<p>The Hyperloop (hyperloop transportation system) is an innovative transportation concept that involves a high-speed capsule, or pod, traveling through a near-vacuum tube, referred to as the loop. This research explores the potential of using advanced wireless communication technologies, specifically 5G and Wi-Fi 6, within the Hyperloop system. These technologies are crucial for facilitating various types of communication within the system, including critical, performance, and business communications. The study identifies key challenges that must be addressed to ensure seamless and reliable wireless connectivity, including data duplication, Doppler effects, inter-carrier interference, penetration loss, and issues related to Multiple-Input Multiple-Output technology. In addition, the paper outlines the architecture of the communication system in the Hyperloop, emphasizing the importance of a resilient network blueprint. This blueprint ensures that essential connectivity, critical communications, and 5G services are robust and reliable, even in the demanding environment of high-speed travel within the Hyperloop. The findings of this research provide insights into the complexities of wireless communication in such a high-speed and dynamic system. The study highlights areas that require further research and development, focusing on optimizing communication systems to address the challenges of data transmission, signal integrity, and network reliability. By tackling these challenges, future advancements can enhance the overall performance and safety of the Hyperloop system, paving the way for its successful implementation.</p>

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A Resilient Network Blueprint for Wireless Communication in Hyperloop Systems Using 5G and Wi-Fi 6

  • 期刊论文

  • 发表日期：

    2026年6月15日

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  • Aditya Ranjan Shandilya,
  • Vinitkumar Dongre,
  • Aditeya Prajapati,
  • Kanak Pandit,
  • Maharshi Thakkar,
  • Hardik Jain,
  • Pankaj Rawool,
  • Hemant Kasturiwale

摘要

The Hyperloop (hyperloop transportation system) is an innovative transportation concept that involves a high-speed capsule, or pod, traveling through a near-vacuum tube, referred to as the loop. This research explores the potential of using advanced wireless communication technologies, specifically 5G and Wi-Fi 6, within the Hyperloop system. These technologies are crucial for facilitating various types of communication within the system, including critical, performance, and business communications. The study identifies key challenges that must be addressed to ensure seamless and reliable wireless connectivity, including data duplication, Doppler effects, inter-carrier interference, penetration loss, and issues related to Multiple-Input Multiple-Output technology. In addition, the paper outlines the architecture of the communication system in the Hyperloop, emphasizing the importance of a resilient network blueprint. This blueprint ensures that essential connectivity, critical communications, and 5G services are robust and reliable, even in the demanding environment of high-speed travel within the Hyperloop. The findings of this research provide insights into the complexities of wireless communication in such a high-speed and dynamic system. The study highlights areas that require further research and development, focusing on optimizing communication systems to address the challenges of data transmission, signal integrity, and network reliability. By tackling these challenges, future advancements can enhance the overall performance and safety of the Hyperloop system, paving the way for its successful implementation.