A stationary, non-contact heart-rate monitoring system using capacitive coupling was proposed as a prototype alternative to Holter devices for long-term cardiac monitoring.
A novel two-electrode non-contact cardiac monitoring prototype using capacitive coupling was developed as a potential alternative to Holter devices for long-term HRV assessment.
In this paper, we propose a two electrodes configuration for noncontact long-term cardiac monitoring. Our system was designed as an alternative to Holter devices. Unlike a traditional long-term monitoring equipment, our system is stationary and non-contact, the cardiac signal is acquired through a capacitive coupling between the sensor and the subject's body. The proposed system is the first prototype and a stepping stone in the development of a future bio-monito.risation platform dedicated to non-contact cardio-respiratory investigations.
Ciucu et al. (Sun,) conducted a other in Cardiac monitoring. Non-contact heart-rate monitoring system (two electrodes configuration) vs. Holter devices was evaluated. A stationary, non-contact heart-rate monitoring system using capacitive coupling was proposed as a prototype alternative to Holter devices for long-term cardiac monitoring.