Reproducibility study of the paper Teaching CLIP to Count to Ten, published by Google Research, in ICCV 2023. Implementation of the paper from scratch and collected a specialized dataset to facilitate the training. Further explorations and analysis of the paper were done, and we wrote a paper on our findings which is currently under review at ReScience C 2024.

[preprint] [code] [dataset]

A PyTorch reinforcement learning library centered around reproducible and generalizable algorithm implementations.

[docs] [code]

A modular PyTorch library for vision transformer models. Contains implementations of prominent ViT architectures broken down into modular components like encoder, attention mechanism, and decoder Makes it easy to develop custom models by composing components of different architectures. Contains utilities for visualizing attention maps of models using techniques such as gradient rollout

[preprint] [code] [dataset]

I conducted a reproducibility study of the paper Teaching CLIP to Count to Ten, published by Google Research, in ICCV 2023. I implemented the paper from scratch and collected a specialized dataset to facilitate the training. In addition to this, I carried out further explorations and analysis of the paper, and wrote a paper on my findings which is currently under review at TMLR 2024.

[preprint] [code] [dataset]

DecepticoNLP is a Python Library for Robustness Monitoring and Adversarial Debugging of NLP models

[preprint] [code] [dataset]

An exploratory and experimental research into the applications of modern deep learning breakthroughs in traditional time-series analysis approaches.

[preprint] [code] [dataset]

Alzheimer's Dementia Recognition from Spontaneous Speech. The aim is unbiased early detection of cognitive decline from multi-modal data.

[preprint] [code] [dataset]

DAFL(Data free learning) is an unsupervised Knowledge Distillation technique. We are trying to apply IKD on this technique for smaller datasets as of now like MNIST/CIFAR.

[preprint] [code] [dataset]

A python library consisting of pipelines for visual analysis of different sports using Computer Vision and Deep Learning.

[preprint] [code] [dataset]

A review of the connections between neuroscience and reinforcement learning.

[preprint] [code] [dataset]

Building computational spiking neural network models to model neural functioning and thereby validate experimental results.

[preprint] [code] [dataset]