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GDP Forcasting
資料科學的日常研究議題
An npm package to make it easier to deal with a handful of values, and try to model them in one of the most used mathematical models, with an R/Numpy-like accuracy algorithm
This repository contains all the Machine Learning projects I did using different Machine Learning methods. Python being the main software used.
This project calculates the equation of the line of best fit of a given correlation
An introduction into the world of machine learning with a comprehensive Udemy online course, designed for beginners, to learn Python programming fundamentals and gain valuable insights into the practical applications of machine learning.
I leveraged an algorithmic approach to predict the price and carat of the diamond using Machine Learning. Various regression models have been trained and their performance has been evaluated using the R Squared Score followed by tuning of the hyperparameters of top models. I have also carried out a trade-off based on the R Squared Score and the Run-Time to take a situational decision to select the best model.
developing several models (Linear Regression, Multiple Linear Regression, and Polynomial Regression) that will predict the price of the car using the variables or features. Then evaluating these models (in-sample, and cross-validation) using R-squared and Mean-Squared-Error metrics to find out which model is a better fit for this dataset.
Exploring the confidence-Interval concept and bootstrapping.
Builds a ranking model to predict the relevance score for query-product pairs in HomeDepot’s product search.
This project aims to enhance the accuracy and efficiency of stock market predictions by employing a sophisticated machine learning methodology. This project leverages the power of PySpark, a robust framework for distributed data processing, to handle large datasets and perform complex computations.
Compute a moving squared sample Pearson product-moment correlation coefficient incrementally.
Compute a squared sample Pearson product-moment correlation coefficient.
Using multiple linear regression model to predict customer demand in order to make business decision
Statistical analysis to predict the importance of various manufacturing parameters on fuel economy of a prototype car.
University of Tehran - Spring 2020
Heart Risk Level Predicting Regression Model :broken_heart:
Predicting annual highest of sneakers on StockX
An introduction to machine learning
Hosts Python content associated with Linear Regression series on YouTube
Hosts R content associated with Linear Regression series on YouTube
Creates a ML Pipeline leveraging PySpark SQL and PySpark MLib to predict sound level
Probability and Statistics for Machine Learning
Performing multiple linear regression on a simple dataset.
The comparison of multiple Machine Learning models refers to training, evaluating, and analyzing the performance of different algorithms on the same dataset to identify which model performs best for a specific predictive task.
Learn how to use R and statistics in order to analyze vehicle data
Feature transformation is a technique in machine learning that is used to modify the original features of a dataset in order to improve the performance of machine learning algorithms.
Collect and preprocess historical sales data of Sujal Dairy Pvt. Ltd. to understand trends. Implement regression models like linear regression, decision trees, or advanced models like LSTM, based on data complexity. Validate model accuracy using metrics such as RMSE, MAE, and R-squared.
Predicting solar power generation using Linear Regression
Using regression and classification to train and test the model; to gain insights and create a PowerBI dashboard.
To increase efficiency of a cotton mill. I set up an ANOVA 3 factor analysis model in R to determine best spindle & position that produces the longest roving. The only significant difference in roving length was observed when position was 3 and spindle was 1 or 2. (ANOVA Model in R)
Regression is a fundamental supervised machine learning technique used to predict continuous numerical outcomes based on input features.
Functional specification to calculate per country's happiness score
Predicts ice cream sales based on temperature using Polynomial Regression. The model captures the non-linear relationship between temperature and sales, achieving R² ≈ 0.94 (train) and 0.89 (test). Includes data preprocessing, model training , Evaluation, and interactive results visualization.