Name: Romil Shah
Type: User
Company: Amazon Web Services
Bio: MS student at Northeastern University. Major in Computer Vision, Machine Learning & Algorithms. Proficient in Python, MATLAB, C++ & R.
Location: USA
Blog: www.romilshah.com
Romil Shah's Projects
AWS SDK for C++
MyoWalk
Static and Dynamic Branch Prediction based on Branch History Table from different benchmark history traces.
Caffe2 is a lightweight, modular, and scalable deep learning framework.
Detect Motion between subsequent frames based on simple derivative filter after applying a Gaussian blur.
Creating Panorama of images after perspective projection, non max suppression, corner detection and stitching of images.
Detection of occlusion during tracking of an object and trying to predict the next tracking position based on Kalman Filtering based on constant velocity motion.
This contains all the modules fulfilled by me in the course of Data Mining and Machine Learning using R programming
MATLAB equivalent to CamScanner
Homework and Project details about the course taken at Northeastern University under Dr Jennifer Dy.
Frequency variation and Filter on real time song being played
DrLevac's Project
Arduino and Raspberry connection for the operation of FIT Board using multiplexer on the UART.
Repository for GenAI related projects for Jetson Orin 64GB
Handwriting detection based on a generated Artificial Neural Network. The training was based on the Chars74k dataset.
PennApps Spring 2016: Mintmo
Walk Pattern and Fall Detection
Given a task to propose a suitable ML algorithm for the task done at Neurable as an interview task. Awaiting results.
A repository for research on medium sized language models.
These are all Pre made programs modified as per the use of my computer. Also they have been made suitable to run on Pandaboard ES Board with ease.
PCA Face Detection
Triton Python, C++ and Java client libraries, and GRPC-generated client examples for go, java and scala.
Comparison of different WiFi standards along with different loss factors and data rates using NS-3 simulator.