In this paper, a novel Memory-Assisted Adaptive-Threshold detection (MAAT) scheme for
diffusion-based molecular communications (MC) systems is proposed. The proposed
scheme applies to MC systems in which single-type of molecules is assumed to carry the
information from the transmitting nano-machine, through a fluid medium, to the receiving
nano-machine. The information is represented by the received concentration of the
information molecules. We consider a single transmitter (Tx) and receiver (Rx) problem …

This paper proposes a Generalized Memory-Assisted Adaptive-Threshold (G-MAAT)
detection scheme for diffusion-based Molecular Communication (MC) systems. The
proposed scheme applies to MC systems in which a single-type of molecules is assumed to
carry the information from the single transmitting nanomachine (Tx Bio-NM), through a fluid
medium, to the single receiving nanomachine (Rx Bio-NM). Thus, the information is
represented by the received concentration of the information molecules, where the …