anuwu

GRE

GRE preparation

TempleOS

Experimenting with Terry Davis' Operating System.

PSO-Stuff

Various PSO implementations. Check https://arxiv.org/abs/2006.09875

ERPLAG-Compiler

Implementation of the toy language ERPLAG for the Compiler Construction course at BITS.

Total-Variational-Regularization

Experimenting with variational techniques in image/signal processing, and finally applying to regularization in 1-d problems.

BITS-Computer-Networks

Codes for the Computer Networks course at BITS.

Functional-Programming

Learning functional programming.

GOTHIC

Double Nuclei Galaxy Finder from SDSS. Check https://arxiv.org/abs/2011.12177

Physics-Simulations

Simulations of various systems in physics.

BITS-Cosmology

Codes I'd written to calculate growing modes, matter power spectrum for Dark-Energy models.

BITS-Vivado

My experience in learning Vivado and HLS.

Blindtest-HQ

Headquarters for theDAGN-Blindtest project (AKA - csv lists maintenance)

Chegg

Stuff that I have done on Chegg (and may continue to)

Competitive-Programming

June 2020 --> Aiming for placements idk when. August 2020 --> Placed in Oracle. Will do more problems whenever time permits.

Coursera-Data-Driven-Astronomy

My work for the Data-Driven Astronomy course offered by the University of Sydney on Coursera

Coursera-Deep-Learning-Specialisation

Codes for the Deep Learning Specialisation offered by dl.ai

dotfiles

My shell configurations

ERPLAG-Codes

Testcases for the ERPLAG compiler.

FCMPSO

Supplementary text and data for the ICONIP 2022 submission

FStar-Tutorial

GOTHIC-MNRAS

Supplementary material for the MNRAS submission

hamiltonian-nn

Code for our paper "Hamiltonian Neural Networks"

jMetalPy

Contains implementation of Fairly Constricted Particle Swarm Optimization. Check https://arxiv.org/abs/2104.10040

NPTEL-Model-Checking

Codes from the NPTEL Model Checking course by Dr. B Srivathsan

OHE

Parallel-Computing

Stuff I worked on related to Parallel Computing.

ParaTree

This is a tree that takes in a paragraph, and pushes it in-order into an AVL tree. Reading the leaves by performing an in-order walk gives the paragraph in the correct sequence of words. Also contains an implementation of level-order traversal for the pretty printing.

Particle-in-a-Box

Solving Schrodinger's Equation with a Neural Network using numerical integration and autograd. Check https://arxiv.org/abs/2104.04795

rootfiles

Custom files to be placed at /

Transformers-Colab

Python notebook to run huggingface transformers on Colab.