Tag Archives: Featured

Google Fit platform aggregates health data

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Using a single set of APIs, Google Fit collects and aggregates data from fitness apps and sensors to manage a user’s fitness stream.

The platform will work with wearables and other peripherals.  To protect privacy, permission is required and data can be deleted.  Initally, Adidas,  Nike , Intel, LG and Motorola will participate.  Nike will add its Fuel number to the Fit stream for other apps to utilize.

Apple announced a similar fitness data aggregation platform, Healthkit,  earlier this month. (See ApplySci, June 5 2014.)  Both platforms are expected to go live this fall.

Smart glasses track fatigue

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JINS MEME glasses track the correlation between eye strain and fatigue, and send mental and physical tiredness data to a user’s smartphone. 

The glasses monitor a user’s eye movements and gaze. They contain small metallic electrooculography sensors in the parts of the frame that touch the bridge of the nose and ears, determining the electrical potential of the eye movement.  Voltage change data is measured for alertness or fatigue.  It also has a motion tracking sensor that calculates body movements, posture and balance and can provide information about calories burned or exercise speed.

Prosthetic arm moves after muscle contraction detected

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DEKA is a robotic, prosthetic arm that will allow amputees to perform complex movements and tasks. It has just received FDA approval.

Electrodes attached to the arm detect muscle contractions close to the prosthesis, and a computer translates them into movement.  Six “grip patterns” allow wearers to drink a cup of water, hold a cordless drill or pick up a credit card or a grape, among other functions.

DARPA‘s Justin Sanchez believes that DEKA “provides almost natural control of upper extremities for people who have required amputations.”  He claims that “this arm system has the same size, weight, shape and grip strength as an adult’s arm would be able to produce.”