Abstract
In this paper, we derive an empirical model that matches, with a 0.95 correlation level, a one dimensional molecular communication drift-diffusive channels impulse response with one absorbing and one reflecting boundary condition. Under the same conditions, we derive the temporal fraction of absorbed molecules function. In addition, we use interference to total received molecule ratio analysis to show the significance of a reflecting boundary on the inter symbol interference, and demonstrate how a reflecting transmitter enhances the performance of the channel by increasing the molecule absorption rate for a given symbol period.
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