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In the scenario of molecular communication, targeted drug delivery is usually used for the treatment of tumor cells because of its low consumption point with few side effects. Therefore, drug-carrying nanomachines are important for targeted delivery to tumor cells. In this paper, a method optimizing the location of relay nodes on the basis of the relaying method is proposed, which results in a shorter transportation path. There are two types of nanomachines, relay nanomachines aim to form relay nodes in a straight line from the base to the destination and delivery nanomachines to carry drugs. This method first forms an optimal region and then determines the optimal position. Parameters such as the number of nanomachines and the number of attractants in the system were then analyzed and discussed.

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A Method for Determining Relay Node Location in Molecular Communication

  • 会议论文

  • 发表日期：

    2025年

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  • Peiyu Lv,
  • Qiang Liu,
  • Kun Yang

摘要

In the scenario of molecular communication, targeted drug delivery is usually used for the treatment of tumor cells because of its low consumption point with few side effects. Therefore, drug-carrying nanomachines are important for targeted delivery to tumor cells. In this paper, a method optimizing the location of relay nodes on the basis of the relaying method is proposed, which results in a shorter transportation path. There are two types of nanomachines, relay nanomachines aim to form relay nodes in a straight line from the base to the destination and delivery nanomachines to carry drugs. This method first forms an optimal region and then determines the optimal position. Parameters such as the number of nanomachines and the number of attractants in the system were then analyzed and discussed.