Images

A python implementation of Deep-Image-Analogy based on pytorch

Deep-Image-Analogy This project is a python implementation of Deep Image Analogy. Some results Requirements python 3 opencv3 If you use anaconda, you can install opencv3 by conda install opencv pytorch See pytorch for installation Codes in branch “master” works with pytorch 0.4 Codes in branch “pytorch0.3” works with pytorch 0.3 cuda (CPU version is not implemented yet) Usage (demo) python main.py –resize_ratio 0.5 –weight 2 –img_A_path data/demo/ava.png –img_BP_path data/demo/mona.png –use_cuda True GitHub https://github.com/Ben-Louis/Deep-Image-Analogy-PyTorch    

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Network

Pytorch implementation of i-RevNets

i-RevNet: Deep Invertible Networks Pytorch implementation of i-RevNets. i-RevNets define a family of fully invertible deep networks, built from a succession of homeomorphic layers. Reference: Jörn-Henrik Jacobsen, Arnold Smeulders, Edouard Oyallon. i-RevNet: Deep Invertible Networks. International Conference on Learning Representations (ICLR), 2018. (https://iclr.cc/) The i-RevNet and its dual. The inverse can be obtained from the forward model with minimal adaption and is an i-RevNet as well. Read the paper for theoretical background and detailed analysis of the trained models. Pytorch […]

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PyTorch

An implementation of shampoo, proposed in Shampoo

shampoo.pytorch An implementation of shampoo, proposed in Shampoo : Preconditioned Stochastic Tensor Optimization by Vineet Gupta, Tomer Koren and Yoram Singer. # Suppose the size of the tensor grad (i, j, k), # dim_id = 1 and dim = j grad = grad.transpose_(0, dim_id).contiguous() # (j, i, k) transposed_size = grad.size() grad = grad.view(dim, -1) # (j, i x k) grad_t = grad.t() # (i x k, j) precond.add_(grad @ grad_t) # (j, j) inv_precond.copy_(_matrix_power(state[precond, -1 / order)) # (j, […]

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Images

PyTorch NIMA: Neural IMage Assessment

PyTorch NIMA: Neural IMage Assessment PyTorch implementation of Neural IMage Assessment by Hossein Talebi and Peyman Milanfar. You can learn more from this post at Google Research Blog. Installing Docker docker run -it truskovskiyk/nima:latest /bin/bash PYPI package (In Progress) pip install nima VirtualEnv git clone https://github.com/truskovskiyk/nima.pytorch.git cd nima.pytorch virtualenv -p python3.7 env source ./env/bin/activate Dataset The model was trained on the AVA (Aesthetic Visual Analysis) datasetYou can get it from hereHere are some examples of images with theire scores Pre-train […]

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Python

Python’s ChainMap: Manage Multiple Contexts Effectively

Sometimes when you’re working with several different dictionaries, you need to group and manage them as a single one. In other situations, you can have multiple dictionaries representing different scopes or contexts and need to handle them as a single dictionary that allows you to access the underlying data following a given order or priority. In those cases, you can take advantage of Python’s ChainMap from the collections module. ChainMap groups multiple dictionaries and mappings in a single, updatable view […]

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QUESTION ANSWERING

Baseline code for Korean open domain question answering

Open-Domain Question Answering(ODQA)는 다양한 주제에 대한 문서 집합으로부터 자연어 질의에 대한 답변을 찾아오는 task입니다. 이때 사용자 질의에 답변하기 위해 주어지는 지문이 따로 존재하지 않습니다. 따라서 사전에 구축되어있는 Knowledge Resource(본 글에서는 한국어 Wikipedia)에서 질문에 대답할 수 있는 문서를 찾는 과정이 필요합니다. VumBleBot은 ODQA 문제를 해결하기 위해 설계되었습니다. 질문에 관련된 문서를 찾아주는 Retriever, 관련된 문서를 읽고 간결한 답변을 내보내주는 Reader가 구현되어 있습니다. 이 두 단계를 거쳐 만들어진 VumBleBot은 어떤 어려운 질문을 던져도 척척 답변을 해주는 질의응답 시스템입니다. bookmark_tabs Wrap-up report에 모델, 실험 […]

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Transformer

Keeping Your Eye on the Ball Trajectory Attention in Video Transformers with python

Motionformer This is an official pytorch implementation of paper Keeping Your Eye on the Ball: Trajectory Attention in Video Transformers. In this repository, we provide PyTorch code for training and testing our proposed Motionformer model. Motionformer use proposed trajectory attention to achieve state-of-the-art results on several video action recognition benchmarks such as Kinetics-400 and Something-Something V2. If you find Motionformer useful in your research, please use the following BibTeX entry for citation. @misc{patrick2021keeping, title={Keeping Your Eye on the Ball: Trajectory […]

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Deep Learning

Repository for publicly available deep learning models developed in Rosetta community

trRosetta2 This package contains deep learning models and related scripts used by Baker group in CASP14. Installation Linux/Mac clone the package git clone https://github.com/RosettaCommons/trRosetta2cd trRosetta2 create conda environment using one of the .yml files: casp14-baker-linux-cpu.yml, casp14-baker-linux-gpu.yml, casp14-baker-mac-cpu.yml conda env create -f casp14-baker-linux-gpu.ymlconda activate casp14-baker download network weights [1.1G] wget https://files.ipd.uw.edu/pub/trRosetta2/weights.tar.bz2tar xf weights.tar.bz2 download and install third-party software ./install_dependencies.sh download sequence and structure databases wget http://wwwuser.gwdg.de/~compbiol/uniclust/2020_06/UniRef30_2020_06_hhsuite.tar.gzmkdir -p UniRef30_2020_06tar xf UniRef30_2020_06_hhsuite.tar.gz -C ./UniRef30_2020_06 wget https://files.ipd.uw.edu/pub/trRosetta2/pdb100_2020Mar11.tar.gztar xf pdb100_2020Mar11.tar.gz Obtain a PyRosetta licence and […]

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tensorflow

Build tensorflow keras model pipelines in a single line of code

deep_autoviml Build keras pipelines and models in a single line of code! Build tensorflow keras model pipelines in a single line of code. Created by Ram Seshadri. Collaborators welcome. Permission granted upon request. Motivation ✨ deep_autoviml is a powerful new deep learning library with a very simple design goal: ✨ Make it as easy as possible for novices and experts alike to experiment with and build tensorflow.keras preprocessing pipelines and models in as few lines of code as possible. Watch […]

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Dataset

A Dataset of Python Challenges for AI Research

Python Programming Puzzles (P3) This repo contains a dataset of python programming puzzles which can be used to teach and evaluate an AI’s programming proficiency. We hope this dataset with grow rapidly, and it is already diverse in terms of problem difficult, domain, and algorithmic tools needed to solve the problems. Please propose a new puzzle or browse newly proposed puzzles or contribute through pull requests. To learn more about how well AI systems such as GPT-3 can solve these […]

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