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The Internet of Bio-Nano Things with Insulin-Glucose, Security and Research Challenges: A Survey
ACM Computing Surveys ( IF 23.8 ) Pub Date : 2024-12-05 , DOI: 10.1145/3703448
PHANI KRISHNA BULASARA, Somya Sahoo, Nitin Gupta, Zhu Han, Neeraj Kumar

The Internet of Bio-Nano Things (IoBNT) is collaborative cell biology and nanodevice technology interacting through Molecular Communication (MC). The IoBNT can be accomplished by using the Information and Communication Theory (ICT) study of biological networks. Various technologies such as the Internet of Nano Things (IoNT), the Internet of Bio-degradable Things (IoBDT) and the Internet of Ingestible Things (IoIT) contribute to the development of IoBNT. Our survey discussed the Bio-Nano network and the role of IoT-based technologies along with a comparative study from various literature. We surveyed the various applications of IoNT in which the drug delivery for Insulin-Glucose system is prominent. Our survey aims to provide information about the Insulin-Glucose system involving the IoBNT and MC. We described the details of various factors for a diabetes analysis. We surveyed the diffusion coefficients of Insulin, Glucose and the various parameters that influence insulin production in the body. Our survey identifies the security aspects of IoBNT such as attacks in nanonetworks, bio-cyber interface, Insulin-Glucose system and their possible mitigation techniques. Our survey also provides a hierarchical model of the Bio-Nano network collaborating all the related technologies. Finally, our survey includes the research challenges involved in the proper handling of the IoBNT.

中文翻译:


具有胰岛素葡萄糖的生物纳米物联网、安全性和研究挑战:一项调查



生物纳米物联网 (IoBNT) 是通过分子通讯 (MC) 相互作用的协作细胞生物学和纳米器件技术。IoBNT 可以通过使用生物网络的信息和通信理论 (ICT) 研究来完成。纳米物联网 (IoNT)、生物可降解物联网 (IoBDT) 和可摄入物联网 (IoIT) 等各种技术都为 IoBNT 的发展做出了贡献。我们的调查讨论了 Bio-Nano 网络和基于 IoT 的技术的作用,以及来自各种文献的比较研究。我们调查了 IoNT 的各种应用,其中胰岛素-葡萄糖系统的药物递送非常突出。我们的调查旨在提供有关涉及 IoBNT 和 MC 的胰岛素-葡萄糖系统的信息。我们描述了糖尿病分析的各种因素的详细信息。我们调查了胰岛素、葡萄糖的扩散系数以及影响体内胰岛素产生的各种参数。我们的调查确定了 IoBNT 的安全方面,例如纳米网络、生物网络接口、胰岛素-葡萄糖系统及其可能的缓解技术中的攻击。我们的调查还提供了一个 Bio-Nano 网络协作所有相关技术的分层模型。最后,我们的调查包括正确处理 IoBNT 所涉及的研究挑战。
更新日期:2024-12-05
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