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Molecular Communications With Molecular Circuit-Based Transmitters and Receivers

机译:与分子电路的发射机和接收器的分子通信

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The performance of a communication link can be improved by maximizing the mutual information between the input and output signals. This paper considers this maximization problem in a molecular communication link where both the transmitter and the receiver are molecular circuit. This general optimization is hard to solve. We simplify the problem by limiting to reactions with linear reaction rates and molecular circuits with a limited number of species. We derive an expression of mutual information and use it for numerical maximization. We show that our parameterized transmitter circuit is able to give mutual information that is close to upper bound obtained in our earlier work.
机译:通过最大化输入和输出信号之间的相互信息,可以提高通信链路的性能。本文认为在分子通信链路中的这种最大化问题,其中发射器和接收器都是分子电路。这种一般优化很难解决。我们通过利用线性反应速率和具有有限物种的分子电路来简化问题。我们派生了互信息的表达并使用它来进行数值最大化。我们表明,我们的参数化的发射机电路能够提供靠近我们之前工作中获得的上限的相互信息。

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