Difference between revisions of "Get A Handle On Your Game"
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===Project Objectives=== | ===Project Objectives=== | ||
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| − | * | + | * Collecting data from the IMU sensor that is meaningful |
| − | * | + | * Scripting in Matlab to produce useful results from the data |
| − | * | + | * Recognize swing count, swing speed, and consistency from the data collected |
| − | * | + | * Use the data to be able to visualize/animate the user's swing |
===Project Challenges=== | ===Project Challenges=== | ||
Revision as of 17:13, 18 February 2016
Contents
Description
Project Overview
This semester, our project is to design a system that will allow a user to track basic tennis swing movements. Currently, there are are a few companies that provide this kind of tracking; however, the most established of them require that the player purchase a specific racket. Others are not as accurate or have a lot of reviews where the sensor flies off of the racket. What we hope to accomplish with this project is a cost-effective solution to become a better tennis player by providing feedback on their swing.
For our project, we will be collecting data by using a combined accelerometer and gyroscope to track swing movements. By the end of the semester, we will be able to show data collected from a tennis racket being swung. As two former college tennis players, we will be able to look at the swing and provide some feedback on how to improve it.
Project Objectives
- Collecting data from the IMU sensor that is meaningful
- Scripting in Matlab to produce useful results from the data
- Recognize swing count, swing speed, and consistency from the data collected
- Use the data to be able to visualize/animate the user's swing
Project Challenges
- Setting up an Arduino Nano with proper modules
- Programming of the board
- Interpreting raw data from the sensor module, including providing filtering
- Making sure the object is not too intrusive when actually swinging the racket
Budget
- Parts Ordered Online
- Arduino Nano ($30)
- MPU6050 Module, Accelerometer and Gyroscope ($6)
- Mini Breadboard ($5)
- XBee Radio Modules ($20 each)
- Hardware and Miscellaneous Items ($30.00)
- Various connectors
- 9V Battery
- XBee adapters
- And other unforeseen items necessary for assembly
- We would like to keep another $30 in reserve, just in case we run into a hardware problem or we accidentally break the Arduino/modules during testing.
Total: $141 (including the $30 reserve)
Gantt Chart
