Edge computing on a smartphone has been used to analyze data collected by a multimodal flexible wearable sensor patch and detect arrhythmia, coughs and falls. Wearable sensors are devices that can be ...

Industry 4.0 has significantly increased the amount of autonomous machinery needed in an industrial setup. These machines with human-like thinking capabilities are expected to revolutionize the ...

SiLC’s Eyeonic Edge is a 4D vison sensor for inspection of large objects. Edge is targeted to industrial and warehouse ...

Imagine a drummer, lost in the groove, her mind focused solely on her music. She pauses, looks at her smartphone, not for the time, but to get instant feedback on her performance: tempo, precision, ...

The creation of artificial intelligence (AI) venture TDK SensEI marks another pivotal step in the Japanese component maker’s transformation at the intersection of AI and sensor fusion at the edge. The ...

Edge applications need support for more powerful, deployable computing subsystems that can process extremely high bandwidth, ever-growing sensor data streams and exploit the rapidly emerging ...

The job of an oil-well pumper involves long drives to remote sites. They conduct visual inspections, check gauges, perform repairs—and collect data. Surprisingly, operational data at wells is captured ...

Global mega-trends in AI, future mobility, wearables, edge computing, and automation drive renewed growth opportunities for the global sensor market. Next-generation sensor technology innovations in ...

The rapidly growing Internet of Things (IoT) technology aims to connect millions of devices that are becoming an integral part of daily life. IoT sensor nodes, equipped with multiple sensors to ...

Transition-edge sensor (TES) technologies form the cornerstone of modern X-ray spectroscopy, offering unrivalled energy resolution and sensitivity through superconducting microcalorimetry. A TES ...