Wearable self-powered biosensors are devices that operate without an external electronic
power source or onboard battery and that use a biorecognition detection element to relay …

In this work, an electromagnetic energy harvesting device using a sprung eccentric rotor has
been designed, optimized and characterized to harvest power from pseudo-walking signals …

While wrist-worn electronics have great potential in a variety of areas, their applications are
currently constrained by the limited working time of their electrochemical batteries …

Human kinetic energy is regarded as a promising sustainable energy source to solve the
energy bottleneck of Internet of Things (IoT). The low power harvested from human motion …

Traditional industry is experiencing a worldwide evolution with Industry 4.0. Wireless sensor
networks (WSNs) have a main role in this evolution as an essential part of data acquisition …

We present an electromagnetic energy harvester using rotational eccentric mass structure
that generates power from extremely low-frequency motion of a driven mechanical swing …

This paper reports modeling and analysis of a wearable rotational energy harvester from
human-body motion. Our analysis started with the collection of inertial measurement unit …

The last decade has witnessed the explosion of the internet of things (IoT), in which sensor
networks are indispensable elements. However, most sensors are powered by batteries with …

Energy harvesting means extracting energy from the ambient environment to power stand-
alone systems. Ambient energy sources are vibration, solar, radio frequency, wind, pressure …

Technological enhancements in a low-power CMOS process have promoted enhancement
of advanced circuit design techniques for sensor related electronic circuits such as wearable …