(Unfair Message) Once opened at the CES 2019 in Las Vegas, the fingerprint sensor was introduced to control the movement.. It is a prototype and could be used to diagnose and evaluate the treatment of some diseases, such as Parkinson's.
The IBM Research prototype helps control human health. Constantly measure a person's abdomen moving bends and daily activities. Grip strength is a strategic indicator.
The force of the force is a metric that is used to measure various health variables. It effectively connects medication to people with Parkinson's disease. It also serves to analyze schizophrenia, older adults or people with cardiovascular problems.
How the nail sensor works
It's a small portable Wi-Fi hotspot and it's in hints. They have said the company is its first type of prototype.
"Every day since making manuals, opening a door or a keypad with a key is less than a micrometer, which is 100 times smaller than the diameter of a hair. It indicates very basic things for our health," said Darío Gil, IBM Research Operator Director Infobae.
Then, if a person had a neurodegenerative distortion, similar to Parkinson, several variables could be predicted.
The sensor consists of a small computer showing meters and voltage levels connected to the nail. Collect data with an accelerometer and a smart watch.
By measuring the nail and curve movements, the device includes data that analyzes the AI algorithms to indicate the patterns. These results can give medical doctors a "picture". In this way, the specialist recommends personalized treatments.
This device uses machine learning models to evaluate bradykinesia (ie, slow motion), tremors and dyskinesia (abnormal and unwanted movements).
Currently, the progression methods of some diseases are based on the connection of skin sensors to measure the variables that move in the study of the muscular or nerve cell health.
However, in older patients, these types of sensors, based on skin, can often cause problems such as infections.
To create the prototype, the researchers interacted with objects pressure detectors, temperature and surface textures, for example.
Michael J. Fox Foundation, a researcher on Parkinson's disease, has been working with the company to find a more efficient research treatment.