A final project where the fundamentals of stochastic system processing were addressed. The fundamentals covered in this project include Control Data Generation, Synthesis, and Detection/Discrimination using the Fisher Discriminant.
Currently developing a camera system that uses an LED matrix for light sensing and light emitting. That’s right… if you are unaware, LEDs can be used as light sensing devices. This is possible by two physics concepts present in semiconducting devices: the photoelectric effect and depletion layer capacitance build up. This full post will be coming soon, so stay tuned to learn more.
For my Honors Algorithms (CS315 Honors) final project, I did my own implementation of FIR filters in Matlab. For some fun while pursuing this project, I put my implementation of Cooley-Tukey’s FFT algorithm up against Matlab’s native FFT function to compare performance (spoiler: I lost).
A ‘desk toy scale’ implementation of a spectrum visualizer which decomposes an audio signal into its Fast Fourier Transform through software and uses hardware to visualize the FFT by driving multiple LEDs using pulse width modulation.