Project Overview The team worked with the sponsor (University of Rochester Medicine Motion Analysis Laboratory) to engineer and develop a prototype of an integrated harness for their perturbation device as…
Team Members: Problem Statement: The University of Rochester no longer has a yearbook and current students have no way to document their memories. While past archives exist, there is no…
Why not take a virtual trip through the eyes of a robot that uses a camera and displays it to the user’s VR headset. VIRTua Bot allows you to do just that with your android smartphone.
Using the interactive detection robot, the user will be able to wirelessly control the device and visually see its surroundings using the camera module. The RPLidar enables a 360° view of the robot’s environment.
Designing a system to allow a visually impaired person to better navigate their environment.
Using a rope of LEDs, connected to a Raspberry Pi with our software, we will read the audio signal from an HDMI cable and display colors on the LED strip that match the tone of the music. . The goal of our project is to be able to create a visualization to convey a similar feeling to people that are unable to hear the music.
Our project is a “Data Glove” worn by a user and composed of several types of sensors for mapping human hand motion. A virtual environment is used to show the glove’s capabilities in capturing natural motion, with its primary purpose being for virtual reality applications. We use the Unity game engine to create our simulation and feed data from our glove to a simulated robotic hand. Ideally, this is completed in real time and can capture movements live.
Pianosaic is an augmented reality experience in which players get to create musical environments with a larger than life piano. Players are immersed in accurately spatialized audio. Players are able to use the keys of the piano around to create an individualize experience. Players are able to create a full production utilizing accompanying instruments in the game.