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NXP Accelerates Smart Wearable Product Development with a Cortex-A7 platform
NXP Semiconductors N.V. (NASDAQ: NXPI) today announced new reference platforms to enable innovation and rapid development for smart wearables at Embedded World 2016. From fitness and wellness to industrial and smart devices, these new reference platforms target...
- Posted 7 years ago
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Nura: Headphones that learn and adapt to your unique hearing – most funded Australian project ever
Nura is a new headphone that integrates unique soundwave technology to automatically measure your hearing (from the outer ear all the way to the brain) and adapt music perfectly to you. You don’t need to answer any...
- Posted 7 years ago
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Hexiwear – a wearable development kit for the IoT era
Create your own smartwatch, remote sensor tag, or sophisticated home controller with this small, sleek, BLE-enabled, low power dev kit. The six sides represent the six reasons why Hexiwear is so great: Compact wearable form factor Low...
- Posted 7 years ago
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Top 5 physiological computing platforms roundup, part 3/3
Today we are going to close the roundup, hope you enjoyed it! SpikerBoxes by Backyard Brains SpikerBoxes are thought out for standalone operation and have an integrated speaker to provide direct feedback in response to events such...
- Posted 8 years ago
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Top 5 physiological computing platforms roundup, part 2/3
If you liked yesterday’s post, here is the second part: OpenBCI Brain activity monitoring is a daunting task no matter how one goes about it. Packing most of the features of high-end Electroencephalography (EEG) equipment in an...
- Posted 8 years ago
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Top 5 physiological computing platforms roundup, part 1/3
Physiological computing focuses on the use of biosignals for the development of interactive software and hardware systems capable of sensing, processing, reacting, and interfacing the digital and analog worlds. However, biosignals have specific requirements for which typical...
- Posted 8 years ago