Dropout in Deep Learning
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Updated
Mar 28, 2023 - Jupyter Notebook
Dropout in Deep Learning
Fraud detection over twitter feed data
A series of documented Jupyter notebooks implementing polynomial regression models and model performance analysis
Python version of Andrew Ng's Machine Learning Course.
A visual example of the concepts of under and overfitting in supervised machine learning using U.S. state border data.
Adding noise as regularization method to reduce overffiting in neural networks
Implementation of Decision Tree and Random Forest algorithms, with various hyperparameters, developed from scratch and using scikit-learn for comparison and analysis.
Xinshao Wang, Ex-Postdoc and Ex-Visit Scholar@University of Oxford, Ex-Senior Researcher@ZenithAI
Evaluating classifier using Python focus on evaluation metrics and hyperparameter turning
Overfitting and Underfitting in Machine Learning
This repository provides a series of interactive Jupyter Notebook exercises designed to teach fundamental deep learning concepts through hands-on implementation and experimentation.
Make use of PyTorch's custom modules to define a network architecture and train a model. Investigate how to improve a model's performance and deploy your model for wider use.
Brief study on Underfitting and Overfitting in Machine Learning
Overfitting is often caused by using a model with too many parameters or if the model is too powerful for the given dataset. On the other hand, underfitting is often caused by the model with too few parameters or by using a model that is not powerful enough for the given dataset. In this we are discussing about that.
In this repository you will learn how to handle overfitting with the help of Lasso and Ridge Regression regularizations, also working mechanism of those while using useful charts.
Supervised Learning - Regression Algorithm
A repository documenting the work for the Special Course with Professor Søren Hauberg from DTU Cognitive Systems.
IMP KEYS OF ML MODEL
Built a model to predict the value of a given house in the Boston real estate market using various statistical analysis tools. Identified the best price that a client can sell their house utilizing machine learning.
Reproducibility code for the paper "Convergence and Generalization of Anti-Regularization for Parametric Models".
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