Sport-Oriented Hardware Development
Akmaikin, Nikita (2016)
Metropolia Ammattikorkeakoulu
2016
Creative Commons Attribution 1.0 Finland
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-201605249384
https://urn.fi/URN:NBN:fi:amk-201605249384
Tiivistelmä
The idea of this Thesis is making a research towards the development process of the open-source wearables platform. As most technologies at the moment do not use open-source principles solution is to see if the development can be finalized using open-source licensed devices with opened libraries.
This Thesis is covering the process development and reasoning of every component selection with explanation of programming principles, routing concepts and innovativeness up-to-date aspect. As the main role of the project is to build a platform that is usable for maximum amount of cases all the topics are covering multiple ways of solving one problem.
To test the system, sport application was selected to be the area under investigation. Theory covers the basic algorithms for Predictive Healthcare, Sport support and Sleep analytics at the same time explaining all the concepts of your heartbeat behaviour.
Main outcome of the project is to see if complex medical ideas can easily get implemented into the cheap open-source platform, providing same functionality and error/trial results as the branded solutions.
This Thesis is covering the process development and reasoning of every component selection with explanation of programming principles, routing concepts and innovativeness up-to-date aspect. As the main role of the project is to build a platform that is usable for maximum amount of cases all the topics are covering multiple ways of solving one problem.
To test the system, sport application was selected to be the area under investigation. Theory covers the basic algorithms for Predictive Healthcare, Sport support and Sleep analytics at the same time explaining all the concepts of your heartbeat behaviour.
Main outcome of the project is to see if complex medical ideas can easily get implemented into the cheap open-source platform, providing same functionality and error/trial results as the branded solutions.