This paper explores the integration of Cybertwin technology within 6G networks to revolutionize healthcare delivery. It aims to enhance real-time monitoring, decision-making, and resource management through the Service-based Hierarchical Framework for Cybertwins in sixth-generation networks. The paper addresses the deployment challenges and proposes system theory as a comprehensive framework for designing complex interactions among healthcare-assigned Cybertwins. The article highlights the role of Cybertwin technology in advancing healthcare solutions, promising improved patient care and operational efficiency. It examines the current network setups and the potential of 6G infrastructure, discussing network topology optimization, theoretical modelling, and future directions. The paper underlines the transformative impact of combining 6G and Cybertwin technologies on healthcare, from high-definition telemedicine to large-scale patient monitoring. The paper further acknowledges the implementation challenges, such as technical complexity, security, and interoperability.

翻译：本文探讨了在6G网络中整合网络孪生技术以革新医疗服务交付。其目标是通过第六代网络中网络孪生的服务化分层框架，增强实时监测、决策制定和资源管理。本文阐述了部署挑战，并提出将系统理论作为设计医疗分配网络孪生间复杂交互的综合框架。文章强调了网络孪生技术在推进医疗解决方案中的作用，有望改善患者护理和运营效率。文中审视了当前的网络设置和6G基础设施的潜力，讨论了网络拓扑优化、理论建模及未来方向。本文着重指出了结合6G与网络孪生技术对医疗领域的变革性影响，从高清远程医疗到大规模患者监测。文章进一步承认了实施挑战，例如技术复杂性、安全性和互操作性。