Wearable Sensor based Authentications using Red-Tacton
Wearable Sensor based Authentications using Red-Tacton
复制标题
使用 Red-Tacton 进行基于可穿戴传感器的身份验证
DOI：
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发表时间：
2022
期刊：
影响因子：
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通讯作者：
D. S
中科院分区：
文献类型：
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作者：
S. Priya;Aravind M;D. B;D. S
使用智能可穿戴设备进行生物识别正变得越来越流行。不过，他们将继续为健身和医疗行业提供认证服务。如果有人声称自己是他们所说的人，则可以使用生物识别身份验证来验证他们的身份。使用生物识别技术将个人的身体或行为属性与数据库进行比较，以确保其合法性。如果两组生物特征数据匹配，则确认该用户是真实的。对计算机、建筑物和其他电子设备的访问通常通过生物识别身份验证进行限制。人的指纹或视网膜扫描用于生物识别。在这项工作中，已经使用 Red-tacton 评估了基于智能传感器的可穿戴身份验证。测量心跳、温度和呼吸事件的传感器被发送到 PiC 微控制器。 RS232电平转换器用于转换TTL。
Biometric identification using smart wearable devices is becoming more popular. They will, however, continue to provide authentication services to the fitness and medical industries. If someone claims to be who they say they are, biometric authentication can be used to verify their identification. The physical or behavioural attributes of an individual are compared to a database using biometric authentication technology to ensure their legitimacy. If the two sets of biometric data match, the user is confirmed to be real. Access to computers, buildings, and other electronic equipment is commonly restricted via biometric authentication. The fingerprints or retinal scans of a person are used in biometric identification. Smart sensor-based wearable authentications have been evaluated using Red-tacton in this work. The sensors that measure heartbeat, temperature, and breathing events are sent to the PiC microcontroller. The RS232 level converter is used to convert TTL.