扩散分子通信中自适应阈值检测器的预编码技术

A. Jamshidi, Arzhang Shahbazi
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引用次数: 6

摘要

分子通信(MC)是一门集医学、生物学和通信工程于一体的学科。这种新的范例被引入到纳米机器之间传递信息。由于它们的尺寸,这些设备的主要限制之一是它们的计算能力。因此,关于MC的建议应该尽可能的简单。由于分子的随机传播,码间干扰成为码间传输的主要制约因素,文献中大多数码间干扰的抑制技术都是在接收端实现的。本文提出了一种新的预编码算法,用于自适应阈值检测器的码间干扰。该算法将确保我们可以在不同的情况下使用这些检测器。我们的分析和数值结果表明,所提出的方案将为这些检测器提供显着的性能提升。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pre-coding technique for adaptive threshold detectors in diffusion-based molecular communications
Molecular Communication (MC) is a subject in medicine, biology and communication engineering. This new paradigm is introduced to carry messages between nano-machines. Because of their size, one of the primary limitation of these devices is their computation capability. For this reason, the proposed ideas regarding MC should be as low complex as possible. Due to the random propagation of molecules, intersymbol interference becomes a major restriction in MC. The majority of ISI combating techniques in literature are implemented at receiver side. In this contribution, a new pre-coding algorithm is introduced at transmitter side to mitigate the intersymbol interference for adaptive threshold detectors. This algorithm will ensure us that we can utilise these detectors in different situations. Our analytical and numerical results indicate that the proposed scheme will provide a significant performance boost regarding these detectors.
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