Calculate the circle winding biases for each country with data from Google QuickDraw
-
Updated
Jul 8, 2017 - Jupyter Notebook
Calculate the circle winding biases for each country with data from Google QuickDraw
In the "project" folder, we implemented a website with text writing board which is used for traditional Chinese recognition supplied by CNN.
Quickdraw application in pytorch and Flask.
Implementation of Quickdraw - an online game developed by Google
Repository for a Pictionary-inspired gaming app created for the Flatiron Hackathon in August 2021 (Flatiron + Pictionary = Flictionary, in case it wasn't apparent)
Recognition of million drawings doodle considering three types of birds: 'duck', 'flamingo' and 'swan'. The project focused on six kind of models: MLP, LSTM, GRU, bi-LSTM, CNN and CNN-D
Conditional GAN for the quickdraw dataset
An implementation of Google's Quick
Doodle Smith, an ML-powered web game that runs completely in your browser, thanks to Transformers.js!
Flask app that detects anomalous bowtie drawings
Quickdraw_grid generates a grid of vector drawings from Google's "Quick, Draw!" database, based on user's input - selected category, number of rows and columns.
Training notebooks for the quickdraw dataset
Quick Draw
A Complete List of GitHub Profile Badges and Achievements
A subset of the famous Google "Quick Draw" dataset
🛡️ A list of all profile badges and how to obtain each one. 🛡️
所有 GitHub 個人資料徽章和成就的完整列表
Code:En, Doc:En - Just a repo to earn GitHub Achievements
Add a description, image, and links to the quickdraw topic page so that developers can more easily learn about it.
To associate your repository with the quickdraw topic, visit your repo's landing page and select "manage topics."