A chemical-reaction-based microfluidic transmitter and receiver can generate predefined concentration pulses and demodulate them, with analytical models validated in COMSOL, though key receiver equations contain unresolved threshold and sign errors.
3d stochastic geometry model for large-scale molecular communication systems,
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Chemical Reactions-Based Microfluidic Transmitter and Receiver for Molecular Communication
A chemical-reaction-based microfluidic transmitter and receiver can generate predefined concentration pulses and demodulate them, with analytical models validated in COMSOL, though key receiver equations contain unresolved threshold and sign errors.