A computer vision project.
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Updated
Oct 8, 2020 - Jupyter Notebook
A computer vision project.
Face Emotion Recognition using FER2013 dataset. Test accuracy: 69.35%
CMP5103 - Artificial Intelligence - Emotion Recognition & Report
Built a real time system which is able to capture facial emotions of a person and classify human faces in real time into a fixed number of emotions. Trained a CNN to identify whether the face is happy, angry, sad, surprised etc.
This web app uses face-api to detect face using webcam live video feed.
Recognising facial emotions using a library from pytorch
Real time emotion recognition, using OpenCV and haarcascade algorithm for face detection from the video source, then I've done emotion recognition using a model trained on FER-2013 dataset with Tensorflow. and also as an other solution, I used DeepFace package for emotion recognition as a prefabricated solution.
Facial emotion recognition (FER) using convolutional neural networks
Face Emotion Detection using CNN
This project is a part of "Deep Learning + ML Engineering” curriculum as capstone projects at Almabetter School.
Build a Face Emotion Recognition (FER) Algorithm
Face emotion recognition technology detects emotions and mood patterns invoked in human faces. This technology is used as a sentiment analysis tool to identify the six universal expressions, namely, happiness, sadness, anger, surprise, fear and disgust. Identifying facial expressions has a wide range of applications in human social interaction d…
Building and testing several models for real-time facial emotion recognition.
Super lite Flask app that can perform emotion detection
Facial Emotion Recognition (FER) is a computer vision task aimed at identifying and categorizing emotional expressions depicted on a human face. The goal is to automate the process of determining emotions in real-time, by analyzing the various features of a face.
Build a full stack application with object-face-emotion recognition
The repo contains an audio emotion detection model, facial emotion detection model, and a model that combines both these models to predict emotions from a video
A from-scratch SOTA PyTorch implementation of the Inception-ResNet-V2 model designed by Szegedy et. al., adapted for Face Emotion Recognition (FER), with custom dataset support.
Face-Emotion-Recognition using a model trained over MobileNet with an accuracy of 70%
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