Development of an Arduino-based insole sensor system : Connectivity via Bluetooth with an Android app based on Ionic framework
Albert Gramaje, Borja Jr (2020)
2020
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Julkaisun pysyvä osoite on
http://urn.fi/URN:NBN:fi:amk-2020061218510
http://urn.fi/URN:NBN:fi:amk-2020061218510
Tiivistelmä
Sensors are devices that pick up physical quantities and respond to them. Their use has grown exponentially, and for certain people they are an essential part of their daily life.
The main purpose of the thesis was to develop a prototype for a shoe which would allow us to gather detailed information on each step taken by a person.
The reason for the development of this product was to obtain a more accurate number about the steps a person takes, and at the same time, monitor those steps, with the objective of preventing injuries or correcting habits.
To prepare the case, a study and analysis of the market was carried out on the different devices that resembled the objective of the thesis. Then, an analysis was made to determine which hardware was necessary to make a prototype. After that, a study on which programming style (native vs hybrid) to use was made.
An analysis of their possible development and different problems that can lead to the product development process is discussed. A study of the several hardware components is carried out. Also, a basic multiplatform app is developed to check the BLE connectivity and receive the information provided by the hardware
The main purpose of the thesis was to develop a prototype for a shoe which would allow us to gather detailed information on each step taken by a person.
The reason for the development of this product was to obtain a more accurate number about the steps a person takes, and at the same time, monitor those steps, with the objective of preventing injuries or correcting habits.
To prepare the case, a study and analysis of the market was carried out on the different devices that resembled the objective of the thesis. Then, an analysis was made to determine which hardware was necessary to make a prototype. After that, a study on which programming style (native vs hybrid) to use was made.
An analysis of their possible development and different problems that can lead to the product development process is discussed. A study of the several hardware components is carried out. Also, a basic multiplatform app is developed to check the BLE connectivity and receive the information provided by the hardware