Human Action Recognition using skeleton and infrared data. State-of-the-art results on NTU RBG+D. Implemented with PyTorch.
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Updated
Dec 8, 2022 - Jupyter Notebook
Human Action Recognition using skeleton and infrared data. State-of-the-art results on NTU RBG+D. Implemented with PyTorch.
Human activity recognition using DNN fusion model.
A project to perform people identification at a distance using face and gait data with deep learning
Hybrid 1D+2D fusion for induction motor startup current fault diagnosis (reassigned spectrogram + FiLM)
Image Captioning using Neural Networks
Using modified autoencoders to color black and white photos
Frequency Analysis. Decay Factors Calculation. Bayesian Fusion with Mechanics. Clustering and Correlation. Monte Carlo Simulations. Sequential / Temporal Features. First-Order Markov Chain. Shannon Entropy Features. Quantum Encoder Training. Quantum Features & Kernel. Deep Learning Fusion Model.
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