This paper introduces a novel communication protocol from Sensichips s.r.l. tailored for multi-sensor readout applications, offering enhanced implementation efficiency and faster readout speeds compared to current protocols in use. Dubbed Sensibus, this protocol operates as an asynchronous master-slave system. The protocol underwent successful implementation on a cable and was deployed alongside the Sensiplus chip for distributed measurements, demonstrating its effectiveness. This advancement unlocks new possibilities for distributed sensing applications, facilitating swift measurements for real-time applications such as the battery monitoring problem presented in this article. Moreover, its straightforward nature makes Sensibus easily deployable and cost-efficient, aligning seamlessly with IoT standards.

SENSIBUS: A Novel One Wire Protocol for Smart Sensors

Balocchi L.;Bonafoni S.;Roselli L.;
2024

Abstract

This paper introduces a novel communication protocol from Sensichips s.r.l. tailored for multi-sensor readout applications, offering enhanced implementation efficiency and faster readout speeds compared to current protocols in use. Dubbed Sensibus, this protocol operates as an asynchronous master-slave system. The protocol underwent successful implementation on a cable and was deployed alongside the Sensiplus chip for distributed measurements, demonstrating its effectiveness. This advancement unlocks new possibilities for distributed sensing applications, facilitating swift measurements for real-time applications such as the battery monitoring problem presented in this article. Moreover, its straightforward nature makes Sensibus easily deployable and cost-efficient, aligning seamlessly with IoT standards.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11391/1603436
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