BITalino
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5 DIY Hardware Platforms for Physiological Computing
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 physical computing platforms are not particularly tuned. Until recently, many projects ended up hindered by high costs and limited access to suitable hardware materials. That scenario is different today, partially thanks to the following 5 DIY hardware platforms...
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Best Of Open Hardware In 2014
Open hardware is the physical foundation of the open movement. It is through understanding, designing, manufacturing, commercializing, and adopting open hardware, that we built the basis for a healthy and self-reliant community of open. And the year of 2014 had plenty of activities in the open hardware front...
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The Future of Devices for Health is not Wearables
Dozens of new self-tracking wearable devices appear every month. They target health and quality of life applications, from sleep to physical activity. And, they are packaged as smart watches or as standalone pieces, launched under the umbrella of startups and industry leaders alike. Currently, there is no shortage of thoughtfully designed wearable devices promising to improve our health and quality of life, but amidst the ongoing technological deluge—do you think the future will be wearable or anti-wearable?...
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Why My Doctor Prescribed Me Open Hardware
I recall a senior medical doctor once saying that being a practitioner nowadays is much more difficult than ever before, because when people get diagnosed, they go home to search the web, and often come back with tough questions. Open hardware for physiological computing isn’t making it any easier, but it seems like that’s not a bad thing...
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