Network Formation Model of Bio-nanomachines Based on Directed Migration and Adhesion
Network Formation Model of Bio-nanomachines Based on Directed Migration and Adhesion
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DOI：
10.1109/wcnc45663.2020.9120690
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发表时间：
2020-05
期刊：
影响因子：
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通讯作者：
Kazuki Yonekura;T. Nakano;Yutaka Okaie;Takahiro Hara;K. Harumoto
中科院分区：
文献类型：
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作者：
Kazuki Yonekura;T. Nakano;Yutaka Okaie;Takahiro Hara;K. Harumoto
生物纳米机器网络在分子通信的各种应用中都很有用。在本文中，我们发展了一个基于血管内皮细胞如何形成血管样结构的生物纳米机器网络形成模型。在我们的模型中，生物纳米机器使用吸引剂分子相互迁移。当两个生物纳米机器相互靠近时，它们会粘在一起，在它们之间形成物理连接或链接。通过这种方式，一组生物纳米机器共同形成了一个网络。我们使用该模型进行计算机模拟，以确定出现大规模生物纳米机器网络的关键参数值。本文提出的模型有助于我们设计生物纳米机器的综合通信网络。
A bio-nanomachine network is useful in diverse applications of molecular communication. In this paper, we develop a network formation model of bio-nanomachines based on how vascular endothelial cells form a blood vessel-like structure. In our model, bio-nanomachines migrate toward each other using attractant molecules. When two bio-nanomachines move close to each other, they adhere to form a physical connection or a link between them. In this way, a group of bio-nanomachines forms a network collectively. We perform computer simulations using the model to identify critical parameter values at which a large-scale bio-nanomachine network emerges. The model developed in this paper helps us design synthetic communication networks of bio-nanomachines.