From wearables to surgical systems, modern medical devices rely on compact, high-performance connectivity. As devices become smaller and more data-driven, these solutions must deliver reliable operation, efficient power & data transfer, and seamless integration.
From wearables to surgical systems, modern medical devices rely on compact, high-performance connectivity. As devices become smaller and more data-driven, these solutions must deliver reliable operation, efficient power & data transfer, and seamless integration.
Learn how edge AI in wireless vibration sensors improves machine health monitoring, extends battery life, and enables smarter predictive maintenance in factories.
A new glove with more than three dozen actuators across all five fingers and the palm, developed by Cornell researchers, aims to reduce swelling for people suffering from edema.
Learn how edge AI in wireless vibration sensors improves machine health monitoring, extends battery life, and enables smarter predictive maintenance in factories.
From wearables to surgical systems, modern medical devices rely on compact, high-performance connectivity. As devices become smaller and more data-driven, these solutions must deliver reliable operation, efficient power & data transfer, and seamless integration.
Learn how edge AI in wireless vibration sensors improves machine health monitoring, extends battery life, and enables smarter predictive maintenance in factories.
A new glove with more than three dozen actuators across all five fingers and the palm, developed by Cornell researchers, aims to reduce swelling for people suffering from edema.
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The new system could be used at home or in doctors' offices to scan people who are at high risk for breast cancer.
WITEC is working to develop the first wearable ultrasound imaging system to monitor chronic conditions in real-time, with the goal of enabling earlier detection and timely intervention.
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Superhuman senses aren't just for superheroes anymore. Carmel Majidi is introducing flexible wearables, inspired by Softbotics, to augment human senses in both the real and virtual world.
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Wearables have enjoyed a meteoric rise in popularity in recent years to the point that one in four of us now wear a smart connected device. Fifteen years ago, it was one in 100 people. This growth in ownership has been driven to an extent by convenience and integration.
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Researchers at Penn State develop a wearable sensor that can accurately measure the chloride ion levels of sweat in real time
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WashU interdisciplinary research uses machine learning to offer accurate prediction of preterm birth
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Azoteq's IQS39x family combines capacitive sensing and haptic feedback in a single compact IC, enabling more responsive, intuitive, and reliable user interfaces for next-gen consumer, industrial, and wearable devices.
BrainChip's Akida processor is enabling real-time seizure prediction in wearable devices, marking a breakthrough in low-power, personalized medical AI at the edge.
With help from recent gifts, the Stanford Wearable Electronics Initiative eWEAR-X is supercharging its efforts to transform researchers inspiration into reality by augmenting the Ideation and Prototyping Lab and providing seed funding for members of the university community.
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