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Wearable Devices: Essential Inputs for Design Engineers (Part 2 of 2)
In the first part of this article we defined and classified wearables, and covered the designing and manufacturing phases of the life cycle of...
Wearable Devices: Essential Inputs for Design Engineers (Part 1 of 2)
With the increase in usage of smartphones, opportunities for applications using mobile phones have also increased. This coupled with connectivity options such as Bluetooth...
“Expect To See More Neuro-Surgical Implantations of Wearable Devices Linking Our Nervous System…”
From fashion and passion to compassion, the wearable industry is invading all walks of life at a slow but promising pace. Kevin Curran, IEEE...
“Wearable devices are intensely personal”
Q. What is the most important design characteristic of a wearable device that an engineer should keep in mind?
A. An important characteristic that influences...
Laser-Induced Graphene For Wearable Health Devices
Researchers tested the laser radiation process for future motion detection, tactile sensing and health monitoring devices.
Graphene is a semiconductor material of choice in various...
Analog Devices’ Low Power AFE Enables Smaller, Lighter Wearable Health Devices with Longer Battery Life
Bangalore, 20th October 2016—Analog Devices, Inc. today announced a low power, next-generation biopotential analog front end (AFE) which enables smaller, lighter, and less obtrusive...
Pokémon, Wearables and Mobile Devices a.k.a Pokédex
The Japanese gaming giant a new feather in its cap with the recent announcement of a mini NES hardware.
As every seasoned Pokémon Go player...
Designing Cutting-Edge Wearable Medical Devices
FEBRUARY 2012: As healthcare moves out of hospitals and becomes more integrated with peoples’ lives, medical devices are evolving from portable equipment to wearable...
Researchers Developed Ultralow Voltage Chips (0.6 volts) for AI and IoT Devices
When logic and memory operate at the same ultralow voltage, data transfer becomes seamless, hinting at new efficiencies in AI models, edge devices, and...
Printed Enzyme Ink For Wearable Electronics
New water-based biofuel cell ink simplifies manufacturing and powers wearable sensors without batteries.
A team of researchers in Japan at Tokyo University of Science, has...
