Gati Aher's Projects
Final project for Olin College Software Systems FA2021. In this project I learned about and implemented a Bloom filter and a bit-sliced document signature in C. I also wrote tests to make sure my implementations worked as expected, and fun demos to show how these data structures can be used. Final project for SP2021 Software Systems.
python, bash, and crontab scripts to change my wallpaper every hour with space-themed pictures from https://apod.nasa.gov (astronomy picture of the day)
Making Computer Generated Art
following tutorials and my own mini cv projects
Course Project for CMU 15-780: Graduate Artificial Intelligence
Elegant React-like library for building user interfaces for desktop, web, mobile, SSR, liveview, and more.
Final project for Principles of Integrated Design FA2021. Designed AI and user-input software to control a custom LED matrix and dancing cats!
HTML5 template mod
Made for Senior Flipped Internship 2019. Uses Python and Pygame
Final project for Olin College Neurotechnology: Brains and Machines SP2021. Replicated research on creating a topological chart of sEMG feature space.
Using 2D discrete Fourier Transform to characterize the pattern of repeating protein units on a bacteria surface layer image. Pretty neat application of understanding the mathematical assumptions of a technique to properly isolate and interpret the results.
A centralized calendar for the Olin community!
Using code from https://hackernoon.com/how-to-build-a-multiplayer-browser-game-4a793818c29b
Config files for my GitHub profile.
Hugo for personal blog
Gati Aher's personal blog
First time using Git
Includes scoring engine to validate user pool picks and compute score; React UI to handle team selections and leader-board displays. Used by 40 users to submit pool selections weekly. Deployed on AWS EC2.
Project for Quantitative Engineering Analysis 2021
Final Project for Olin College Discrete Mathematics FA2021. We (1) identified algorithms that generated small-world and scale-free graphs, (2) studied and implemented generation functions for each type of algorithm, (3) created custom animations of graph generation process, and (4) verified that our graphs exhibited the expected structural properties.
a place for all my software notes
ENGR3410: Computer Architecture FPGA Edition