Harvesting energy from human body motion for powering small scale electronic devices is
attracting research interest in recent years. Piezoelectric energy harvester (PEH) capable of …

With the increasing utilization of portable electronic devices and wearable technologies, the
field of human motion energy harvesting has gained significant attention. These devices …

Researchers have been studying the harvesting and utilization of mechanical vibration
energy in the environment in recent years. Wind energy and water current energy are …

This study covers a self-powered wireless communication system that is powered using a
piezoelectric energy harvester (PEH) in a shoe. The lead-zirconate-titanate (PZT) ceramic of …

The development of low power consuming electronic devices attracts researchers to harvest
energy with the help of smart materials. Energy can be harvested by many sources available …

Traditional energy sources are progressively moving toward depletion, resulting in a
growing scarcity of energy driven by demand. In contrast, the realm of acoustic energy …

Mechanical energy harvesting from human motion is new technology for generating clean
and reasonable electrical energy for powering wearable devices used in health monitoring …

The increased modernization has made the world more dependent on technology, thus
increasing the demand for more power and energy. Therefore, a need to generate energy by …

Machine learning is one important aspect of automation. The research on automation raises
a fundamental question: Can machines learn to act & behave like humans? Safe & efficient …

To detect behavioral anomalies (disease/injuries), 24 h monitoring of horses each day is
increasingly important. To this end, recent advances in machine learning have used …