Project
# | Title | Team Members | TA | Documents | Sponsor |
---|---|---|---|---|---|
30 | SWISH Trainer |
Andrew Jeon Michelle Cheong Pujith Bezawada |
Alexander Sirakides | other1.pdf other2.pdf other3.pdf other4.pdf |
|
Andrew Jeon (ajjeon2) (remote) Michelle Cheong (mcheong3) (on campus) Pujith Bezawada (pujithb2) (on campus) **PROBLEM:** Due to the advent of the COVID-19 pandemic, many people wanting to shoot some hoops find themselves at the court alone. There’s already variations of rebound machines, self-trainers, and passing machines. But these are either not portable and too expensive for your average player or they are too simple to effectively help in all the ways that players need. What we are proposing is a self-trainer, built for the average hooper. Someone who doesn’t have access to various trainers, machines, and regimens but still wants to put in work, anywhere. **SOLUTION OVERVIEW:** We are implementing our very own basketball hoop to counteract these common daily issues that basketball players have when they go to shoot around. We are going to create an interactive, portable basketball hoop that not only allows for easy, quick access, but also has a corresponding app that allows a player to see their efficiencies at varying spots around the hoop. We are going to create this basketball hoop by implementing flex sensors in the hoop itself to allow for registration if the shot missed or not. We are then going to correspond if the shot is made or not with green/red LED lights that will matchup with the corresponding shot. We will also have three ultrasonic sensors on top of the background that will account for how far and where the player is located away from the hoop. With all the data we acquire from these sensors, we will create a corresponding app with the hoop that will calculate and create a model to identify and target the type of shots the player would need to practice on and let them know. We will add a height sensor that can report the height of the sensor, and we will also include indentations at the four corners so this backboard can be attached to any wall. - **Shot Registration Subsystem** - We will place flex sensors inside the rim/hoop directed inwards that will bend when a basketball goes through. The sensors will be shielded from wind, and if there is other interference we can add attachables to deal with that. We will position LEDs around the backboard to light up when a shot is made - **Distance/Position Subsystem** - We will place 3 ultrasonic sensors around the backboard that will sense the distance and positions of the shooter. A height sensor will be utilized to report the height of the hoop - **App Subsystem** - The data from ultrasonic sensors will calculate the distance of the person from the hoop and provide the angle of the person relative to the hoop (directly in front of the hoop is 0 degrees, left is negative degrees and right is positive degrees). The app will display shot percentage, distance, and angle. **CRITERION FOR SUCCESS:** - If the basketball passes through the hoop, the LEDs surrounding the backboard will light up. - App correctly displays: 1. Shot percentage of each spot 2. Angle of person relative to hoop |