A versatile wearable based on reconfigurable hardware for biomedical measurements

• The work developed combines flexible electronics with reconfigurable electronics. Laser-Induce Graphene electrodes improve ergonomic for the user. Remote monitoring several biosignals is possible only changing and configuration. device able to measure Electrocardiogram, Electrooculogram, Electromyogram. has performance close commercial instruments acquisition of those signals. In this a versatile hardware platform based on devices presented. This it intended multiple biosignals, requiring reconfiguration switch applications. prototype been combined graphene-based, cover application different presented in paper, which are electrocardiogram, electrooculogram electromyogram. features system provide user medical personnel complete set diagnosis tools, available both at home hospitals, be used as triage tool remote patient monitoring. Additionally, an Android signal processing data presentation results obtained demonstrate wide range possibilities portable/wearable applications combination electronics, especially patients using interest. versatility makes tools integrated reduced size device.