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Analyze brainwave for mind-controlled drone operation to evaluate focus and stress levels

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Name		Name	Last commit message	Last commit date
Latest commit History 18 Commits
Android Manifest.xml		Android Manifest.xml
Drone-Control.ino		Drone-Control.ino
MainActivity.java		MainActivity.java
Mind-Control Code.pde		Mind-Control Code.pde
MindSet.java		MindSet.java
README.md		README.md

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Internet of Thing - Mind-controlling Drone

Led a team of five to successfully engineer a mind-controlling drone to do various tasks as the user requests:
- The project can be divided into two components: Hardware and Software
- Hardware
  - Responsible for manipulating the anatomy of the drone controller
    - Desoldered the potentiometers and replaced it with four 10K Ohms resistors
    - Soldered strong core wires to the resistors to connect to a quadruple, low pass filter
    - Defined all the wires to match each direction using the Arduino MKR 1000
  - Responsible for connecting the manipulated, controller circuit to analyze the serial input values via a laptop
- Software - Responsible for installing two different software for two different purposes:
  - Processing 3.3.6
    - After connecting to the MindWave sensor via Bluetooth, this code generates an array of concentration and cortisol values from the user.
  - Arduino 1.8.9
    - This software receives all the input values and sends it to the controller circuit. At the same time, a terminal will display an altimeter that will show how high the drone will fly. - Worked as a team to configure a Raspberry Pi Camera on the drone to cover a live footage of the audience via an app that is operated with the aid of an IP Address.
Created by: Dwaragesh Sivakumar -- https://github.com/dgsivak