Sensors are at the heart of IoT product design. They collect data so smart devices can function and recalibrate. Sensors are devices that detect and respond to changes in an environment. They receive ...

A research team led by Professor Uichin Lee from the School of Computing has demonstrated the possibility of accurately tracking an individual's mental health status using in-home Internet of Things ...

Electricity grids historically have been relatively predictable systems. Power flowed in one direction, from centralized ...

In Ambient IoT deployments, 2W bridges can improve coverage, wakeups and data consistency, helping reduce blind spots.

The global agriculture IoT market is expanding steadily as farmers and agribusinesses move toward connected, data-driven ...

Ambient Internet of Things systems represent a promising step forward in connectivity and sustainability. They comprise connected devices that gather and transmit data, but these devices aren’t ...

Discover how distributed data acquisition is transforming industrial testing with real-time data, improved accuracy, ...

With the Internet of Things (IoT), the world is undergoing a technological revolution. One of the industries that IoT has influenced immensely is logistics, with the global IoT in logistics market ...

Internet of things (IoT) data analytics is a comprehensive method of collecting, storing, processing, analyzing and, ultimately, presenting the vast amounts of data culled from IoT devices. Its ...

There is a growing trend toward electrification of virtually all systems that can be electrified, and that inevitably calls for generating actionable intelligence of these systems. To achieve the ...