Difference between revisions of "Get A Handle On Your Game"
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Revision as of 10:13, 3 April 2016
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 to have a detachable device that will be able to provide raw data from a 6-DOF IMU sensor attached to the racket, and have that data sent to a computer for processing. From this data, we hope to provide simple feedback, such as swing count, consistency, and swing speed.
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.
- Ryan Gleue
- Jonathan Ng
- Kjartan Brownell (TA)
- Creating a detachable device that collects kinematic data on the swing of a tennis racket
- Be able to extract raw data from the onboard IMU and send to a computer for processing
- Use collected data to calculate swing speed
- Reconstructing swing based on data collected from the IMU sensor
- Use the data to be able to visualize/animate the user's swing
- Setting up an Arduino with proper modules
- Being able to process data from the IMU to the computer in real time
- Using kinematics and understanding of translational frames to interpret IMU data
- Writing script in Matlab that will allow easy interpretation of raw data
- Parts Purchased Online
- Hardware Store Purchases
- 9V Battery ($1.25)
- 9V battery connector ($1.49)
- Note: According to department sources, we will have access to ribbon cables and an Arduino Uno. However, they have been included in the budget for completeness.