In heart-beat-based security, a security key is derived from the time difference between
consecutive heart beats (the inter-pulse interval, IPI), which may, subsequently, be used to …

The proliferation of wearable and implantable medical devices has given rise to an interest
in developing security schemes suitable for these systems and the environment in which …

The time interval between consecutive heartbeats (interpulse interval, IPI) has previously
been suggested for securing mobile-health solutions. This time interval is known to contain a …

The cardiac interpulse interval (IPI) has recently been proposed to facilitate key exchange
for implantable medical devices (IMDs) using a patient's own heartbeats as a source of trust …

The Inter-Pulse-Interval (IPI) of heart beats has previously been suggested for facilitating
security in mobile health (mHealth) applications. In heart-beat-based security, a security key …

In this paper we address the problem of how two devices that are sensing the same heart
signal can generate the same cryptographic token by extracting them from the Inter-Pulse …

In this paper, the theoretical approach to estimate the amount of entropy which can be
extracted from heart-rate based biomedical signals has been considered. Mathematical …

In recent years many authors have explored the use of biological signals for security issues.
In the context of cardiac signals, the use of Inter-Pulse Interval (IPI) values as a source of …

With the increasing capabilities of wearable sensors and implantable medical devices, new
opportunities arise to diagnose, control and treat several chronic conditions. Unfortunately …

Implantable medical devices (IMDs) continuously monitor the condition of a patient and
directly apply treatments if considered necessary. Because IMDs are highly effective for …