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The effect of two receivers on broadcast molecular communication systems

机译:两个接收机对广播分子通信系统的影响

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摘要

Molecular communication is a paradigm that utilizesudmolecules to exchange information between nano-machines.udWhen considering such systems where multiple receivers areudpresent, prior work has assumed for simplicity that they do notudinterfere with each other. This paper aims to address this issueudand shows to what extent an interfering receiver, RI, will have anudimpact on the target receiver, RT, with respect to Bit Error Rateud(BER) and capacity. Furthermore, approximations of theudBinomial distribution are applied to reduce the complexity ofudcalculations. Results show the sensitivity in communicationudperformance due to the relative location of the interferingudreceiver. Critically, placing RI between the transmitter TX and RTudcauses a significant increase in BER or decrease in capacity
机译:分子通信是利用分子在纳米机器之间交换信息的范例。 ud在考虑存在多个接收器的此类系统时,为简单起见,先前的工作假设它们不会相互干扰。本文旨在解决这个问题,并在位误码率和容量方面显示了干扰接收机RI在多大程度上影响目标接收机RT。此外,可以应用 udBinomial分布的近似值来减少 ud计算的复杂性。结果表明,由于干扰受话器的相对位置,通信受话音的灵敏度较高。至关重要的是,将RI放在发送器TX和RT之间会导致BER的显着增加或容量的减少

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