Become a sponsor to Nachiket
Hi, Nachiket here 👋
- [ ] Who am I?
- Hi, I'm Nachiket Tanksale from Pune, India.
- I'm software engineer with 10+ years of experience.
- I'm currently working with a startup in Natural Language Processing(NLP).
- [ ] What type of work do I publish on GitHub?
- I'm interested in reading and reproducing code for research papers mostly in areas - new optimizers, models, loss functions, deep learning model training methodology.
- I publish the code for some papers implemented with pytorch
- Sometimes I also write some notebooks related to some kaggle competition.
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[ ] What technologies do I usually work on?
pytorch, python, scikit-learn, huggingface transformers, RESTful webservices, c++ -
[ ] How will you use the funds?
- Currently I use free google colab to train my models and I'm limited to using smaller datasets.
- I can create cloud compute instance with the funds and can run my models on larger datasets as well as report more results.
- [ ] What do I plan to do in future?
- Start contributing to pytorch official repo.
- I have started learning Quantum Computing, so I'll be adding content related to Quantum Computing mostly with QisKit.
1 sponsor has funded nachiket273’s work.
Featured work
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nachiket273/One_Cycle_Policy
Pytorch notebook with One Cycle Policy implementation (https://arxiv.org/abs/1803.09820)
Jupyter Notebook 74 -
nachiket273/Self_Driving_Car
Udacity Self Driving Car ND projects - including lane detection, Traffic sign classifier, behaviour cloning
Jupyter Notebook 64 -
nachiket273/lookahead_pytorch
Pytorch implementation of lookahead optimizer(https://arxiv.org/pdf/1907.08610.pdf) and RAdam(https://arxiv.org/pdf/1908.03265.pdf)
Jupyter Notebook 14 -
nachiket273/pytorch_resnet_rs
Pytorch implementation of "Revisiting ResNets: Improved Training and Scaling Strategies"(https://arxiv.org/pdf/2103.07579.pdf)
Python 28 -
nachiket273/ML_Algo_Implemented
Bare-bone and simple implementations of few Machine Learning Algorithms
Jupyter Notebook 5 -
nachiket273/VisTrans
Implementations of transformers based models for different vision tasks
Python 1