Synthetic Molecular Communication (SMC) revolutionizes communication by harnessing molecules for information transfer, inspired by biological systems. In agriculture, SMC promises precise plant health monitoring and targeted molecular delivery, reducing waste. Molecular communication in the air extends the signal range for environmental monitoring. However, developing reliable testbeds remains challenging. We detail an SMC testbed for fruit volatile analysis under incipient rot, emphasizing adaptability and robustness. Our setup enables accurate SMC technology validation, crucial for sustainable agriculture.
A Synthetic Molecular Communication Testbed for Agrotechnology Application
Tuccitto N.
Supervision
;Cacciola S. O.;
2024-01-01
Abstract
Synthetic Molecular Communication (SMC) revolutionizes communication by harnessing molecules for information transfer, inspired by biological systems. In agriculture, SMC promises precise plant health monitoring and targeted molecular delivery, reducing waste. Molecular communication in the air extends the signal range for environmental monitoring. However, developing reliable testbeds remains challenging. We detail an SMC testbed for fruit volatile analysis under incipient rot, emphasizing adaptability and robustness. Our setup enables accurate SMC technology validation, crucial for sustainable agriculture.File in questo prodotto:
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