Facing the gradual ageing society, elderly people living independently are in need of
serious attention. In order to assist them to live in a safer environment, the increasing cost of …

Ubiquitous computing has been a green research area that has managed to attract and
sustain the attention of researchers for some time now. As ubiquitous computing …

A reliable recognition of human activities using IoT devices (eg, on-body wearable sensors)
enables various applications, such as fitness tracking, bad habit detecting, healthcare …

The domain of human locomotion identification through smartphone sensors is witnessing
rapid expansion within the realm of research. This domain boasts significant potential across …

Advancements in sensing technology have expanded the capabilities of both wearable
devices and smartphones, which are now commonly equipped with inertial sensors such as …

Nowadays smartphones are ubiquitous in various aspects of our lives. The processing
power, communication bandwidth, and the memory capacity of these devices have surged …

Motion sensors available on wearable devices make it possible to recognize various user
activities. An accelerometer is mostly sufficient to detect simple activities, such as walking …

Human activity recognition plays a key role in the application areas such as fitness tracking,
healthcare and aged care support. However, inaccurate recognition results may cause an …

Human activity recognition (HAR) has attracted significant attention in various fields,
including healthcare, smart homes, and human-computer interaction. Accurate HAR can …

Sensor-based human behavior recognition is a classic problem in ubiquitous computing,
human-computer interactions, and ambient assisted living. Especially with the proliferation …