projects that can move as controlled by the electronics, including vehicles, toy or real cars, wheelchairs, carts, quadcopters, bicycles, locks, and more
Although there are several parking lot management systems in use today, we felt that the process of finding an available space could be made much easier.
Our goal was to create a system that could save people’s time and sanity by addressing the shortcomings found in currently implemented parking lot management systems.
The brain and human body has largely uncharacterized electrical properties. These properties vary by brain area and tissue type; thus, it is important to characterize the electrical properties of a specific area for a specific purpose. This analysis can be achieved by an impedance meter, which is useful for both for both EEG recording and intracranial recording. Standard impedance meters are expensive, use too few frequencies for analysis, and are difficult to use.
The goal of our project is to create a spherical persistence of vision display, capable of rotating at a high speed and illuminating a strip of LEDs to draw images for the user. A microcontroller will be mounted on the rotating arm, which we will communicate with wirelessly to control the connected LEDs.
