>📋 A template README.md for code accompanying a Machine Learning paper # My Paper Title This repository is the official implementation of [My Paper Title](https://arxiv.org/abs/2030.12345). >📋 Optional: include a graphic explaining your approach/main result, bibtex entry, link to demos, blog posts and tutorials ## Requirements To install requirements: ```setup pip install -r requirements.txt ``` >📋 Describe how to set up the environment, e.g. pip/conda/docker commands, download datasets, etc... ## Training To train the model(s) in the paper, run this command: ```train python train.py --input-data --alpha 10 --beta 20 ``` >📋 Describe how to train the models, with example commands on how to train the models in your paper, including the full training procedure and appropriate hyperparameters. ## Evaluation To evaluate my model on ImageNet, run: ```eval python eval.py --model-file mymodel.pth --benchmark imagenet ``` >📋 Describe how to evaluate the trained models on benchmarks reported in the paper, give commands that produce the results (section below). ## Pre-trained Models You can download pretrained models here: - [My awesome model](https://drive.google.com/mymodel.pth) trained on ImageNet using parameters x,y,z. >📋 Give a link to where/how the pretrained models can be downloaded and how they were trained (if applicable). Alternatively you can have an additional column in your results table with a link to the models. ## Results Our model achieves the following performance on : ### [Image Classification on ImageNet](https://paperswithcode.com/sota/image-classification-on-imagenet) | Model name | Top 1 Accuracy | Top 5 Accuracy | | ------------------ |---------------- | -------------- | | My awesome model | 85% | 95% | >📋 Include a table of results from your paper, and link back to the leaderboard for clarity and context. If your main result is a figure, include that figure and link to the command or notebook to reproduce it. ## Contributing >📋 Pick a licence and describe how to contribute to your code repository.