Why the study?
Many accidents stem from sudden physical condition changes in professional drivers, requiring non-restrictive monitoring systems that measure heartbeat without interfering with driver actions.
In-vehicle devices and cameras are expected to remain the dominant heartbeat detection systems for automotive applications in the near future, despite the emergence of wearable technologies.
In-vehicle devices and cameras warrant continued priority for driver monitoring; leaves open prospective validation of passive driving-based detection in cardiovascular applications.
Many accidents are caused by sudden changes in the physical conditions of professional drivers. Therefore, it is quite important that the driver monitoring system must not restrict or interfere with the driver's action. Applications that can measure a driver's heartbeat without restricting the driver's action are currently under development. In this review, examples of heartbeat-monitoring systems are discussed. In particular, methods for measuring the heartbeat through sensing devices of a wearable-type, such as wristwatch-type, ring-type, and shirt-type devices, as well as through devices of a nonwearable type, such as steering-type, seat-type, and other types of devices, are discussed. The emergence of wearable devices such as the Apple Watch is considered a turning point in the application of driver-monitoring systems. The problems associated with current smartwatch- and smartphone-based systems are discussed, as are the barriers to their practical use in vehicles. We conclude that, for the time being, detection methods using in-vehicle devices and in-vehicle cameras are expected to remain dominant, while devices that can detect health conditions and abnormalities simply by driving as usual are expected to emerge as future applications.
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Toshiya Arakawa (2021) studied this question.
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