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RusLearn
Russian language Learning appAI-Art
Implementation of a genetic algorithm to develop some filter for a picturesna-final-project
Automatisation of a flutter app using Dockerdeep-learning-material-projects
This repository has deep learning materialopenCV-practice
Practing the fundamentals of the openCV - Open Source Computer Vision Library using the python programming langaugeplant-disease-detection
In this project, I created a Convolutional Neural Network which predicts whether a plant is suffering from a disease.simple-chatbot
This repository contains code for a simple chatbot, in a simulated environmentpractical-machine-learning-deep-learning
This repository has the labs and assignments solved during the Practical Machine Learning and Deep Learning course taken during Fall 2022 at Innopolis Universityrestaurent-recommendation-system
This repository contains code for building a recommendation system that recommends restaurents in a particular destinationcolourizing-b-w-images-with-GANs
Image Colorization is an interesting gan project to work on. We all have some old photographs and reels which were shot in the times when colored filmography was a talk of the future. Wouldn’t it be amazing if you can colorize those black and white images bringing them back to life? This repository talks about that!forest-fire-prediction
This repository contains code for a machine learning model that predicts the confidence level of a forest firegender-prediction-based-on-voice
This repository contains code for gender classification based on voicefacial-recognition-using-ConvNet-Inception
In this notebook, we will build a face recognition system. Many of the ideas presented here are from FaceNet and DeepFace. Face recognition problems commonly fall into two categories: Face Verification - "is this the claimed person?". For example, at some airports, you can pass through customs by letting a system scan your passport and then verifying that you (the person carrying the passport) are the correct person. A mobile phone that unlocks using your face is also using face verification. This is a 1:1 matching problem. Face Recognition - "who is this person?". For example, the video lecture showed a face recognition video (https://www.youtube.com/watch?v=wr4rx0Spihs) of Baidu employees entering the office without needing to otherwise identify themselves. This is a 1:K matching problem. FaceNet learns a neural network that encodes a face image into a vector of 512 numbers. By comparing two such vectors, you can then determine if two pictures are of the same person.Love Open Source and this site? Check out how you can help us