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Hi there

I'm Sushant Agarwal a student and an AI enthusiast from UP, India.

🧐 More About Me:

  • 🔭   I’m currently working on Deep Learning Based Image Segmentation
  • 🌱   I’m currently learning DevOps;
  • 👨🏻‍💻   Most of my projects are available on Github
  • 💬   Ask me about anything tech related, I am happy to help;
  • 📫   Feel free to ping me on LinkedIn
  • 🔎   Find my research on Google Scholar

🔨 Languages and Tools:


pytorch tensorflow Python

git


Sushant Agarwal's Projects

automated-detction-of-liver-cancer-in-wsi icon automated-detction-of-liver-cancer-in-wsi

This project focuses on detection and segmentation of liver cancer in WSI using parallel processing on GPU and used techniques of pruning to improve and optimize my model. The baseline of the model is Unet and Vnet. Further the model has been upgraded with a ResNet backbone and model pruning technique were also applied.

awesome-mlss icon awesome-mlss

List of summer schools in machine learning + related fields across the globe

c icon c

Implementation of All ▲lgorithms in C Programming Language

disaster-response-pipeline icon disaster-response-pipeline

In this project, you'll apply these skills to analyze disaster data from Figure Eight to build a model for an API that classifies disaster messages.

dog-breed-classifier icon dog-breed-classifier

Given an image of a dog, your algorithm will identify an estimate of the canine’s breed. If supplied an image of a human, the code will identify the resembling dog breed

face-generation icon face-generation

In this project, you'll use generative adversarial networks to generate new images of faces.

image-compression-and-generation-using-variational-autoencoders-in-python icon image-compression-and-generation-using-variational-autoencoders-in-python

This project will introduce the Variational Autoencoder. I will discuss some basic theory behind this model, and move on to creating a machine learning project based on this architecture. Our data comprises 60.000 characters from a dataset of fonts. We will train a variational autoencoder that will be capable of compressing this character font data from 2500 dimensions down to 32 dimensions. This same model will be able to then reconstruct its original input with high fidelity. The true advantage of the variational autoencoder is its ability to create new outputs that come from distributions that closely follow its training data: we can output characters in brand new fonts.

jupyter icon jupyter

Implementation of All ▲lgorithms in Jupyter Notebook

minimal icon minimal

Minimal is a Jekyll theme for GitHub Pages

mlh-localhost-github icon mlh-localhost-github

This repo contains the source code for the MLH Localhost workshop, How to Collaborate on Code Projects with GitHub.

models icon models

Models and examples built with TensorFlow

multi-container-nginx-react-node-mongo icon multi-container-nginx-react-node-mongo

Multi container application with Nginx, React, Node and Mongo DB. This repository also contains Terraform IaC (Infrastructure as Code) for a CICD pipeline to build and push images to DockerHub.

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