BiiT - TeachECG
The Mobile Applications are a revolution in the technology world. Nowadays, population who own smartphones uses mobile Apps to different functions.One of the purpose of our project is combine a innovate hardware with a PC software and one mobile App. The Mobile Application gives more flexibility to our product. It can running on a small hand hold mobile device which is moveable, easy to use and accessible from anywhere and anyplace.
Biit App
The Android Application was built and designed to work since the Android OS version 2.2 until the Android OS version 5.1.1. The app could be used in any kind of device with Android OS, but its works better in smartphones. The App is divided in two parts: an offline part, which works without the ECG device, and an online parts, that interacts with the device.The offline parts have different functions, such as, education texts and user manual. Through the survey and discussions with group members we define some important functions that the mobile application must have. The Android Application should have a library, where the user can know about physiology and definitions about ECG. The user manual is very import too, the app will work in partnership with a hardware. The user need know how use the hardware and the software together.The online part or online function is the real-time plot of the ECG Device. The device connects to the ECG device via Bluetooth and sends constantly data to the Android Apps which will get this data and plot in the screen. Inside the graph there are two more functionality, one for lock or unlock the X-Axis of the graph and other to change the limit size of the X-Axis.
Development
Android Application was developed in Java. We used the Eclipse Luna 2 (4.4.2) as IDE and the Android SDK library. The android app project is based in activities. Activity is a java code that supports a screen, it guaranteed the user interface.
Website: biit.netii.net
Biit App
The Android Application was built and designed to work since the Android OS version 2.2 until the Android OS version 5.1.1. The app could be used in any kind of device with Android OS, but its works better in smartphones. The App is divided in two parts: an offline part, which works without the ECG device, and an online parts, that interacts with the device.The offline parts have different functions, such as, education texts and user manual. Through the survey and discussions with group members we define some important functions that the mobile application must have. The Android Application should have a library, where the user can know about physiology and definitions about ECG. The user manual is very import too, the app will work in partnership with a hardware. The user need know how use the hardware and the software together.The online part or online function is the real-time plot of the ECG Device. The device connects to the ECG device via Bluetooth and sends constantly data to the Android Apps which will get this data and plot in the screen. Inside the graph there are two more functionality, one for lock or unlock the X-Axis of the graph and other to change the limit size of the X-Axis.
Development
Android Application was developed in Java. We used the Eclipse Luna 2 (4.4.2) as IDE and the Android SDK library. The android app project is based in activities. Activity is a java code that supports a screen, it guaranteed the user interface.
Website: biit.netii.net
Category : Health & Fitness
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