chi-square-test

There are 135 repositories under chi-square-test topic.

  • yug95/MachineLearning

    Machine learning for beginner(Data Science enthusiast)

    Language:Jupyter Notebook11380131
  • BusinessCase_Data_Exploration-

    28101991SUNNY/BusinessCase_Data_Exploration-

    Case Studies and Projects in Machine Learning/EDA/DL

    Language:Jupyter Notebook181016
  • edaaydinea/OP1-Prediction-of-the-Different-Progressive-Levels-of-Alzheimer-s-Disease

    This is an optional model development project on a real dataset related to predicting the different progressive levels of Alzheimer’s disease (AD).

    Language:Jupyter Notebook10304
  • pleonova/stat-tests

    A 30+ node flowchart for selecting the right statistical test for evaluating experimental data.

  • edaaydinea/OP2-Prediction-of-the-Different-Progressive-Levels-of-Alzheimer-s-Disease-with-MRI-data

    This is an optional model development project on a real dataset related to predicting the different progressive levels of Alzheimer’s disease (AD) with MRI data.

    Language:Jupyter Notebook9301
  • neuhofmo/chisq_test_wrapper

    A friendly, automated chi-square test function which takes care of post-hoc tests and multiple comparisons.

    Language:Jupyter Notebook9207
  • bhattbhavesh91/chi-squared-feature-selection-selectkbest

    Chi-Squared For Feature Selection using SelectKBest

    Language:Jupyter Notebook8307
  • 28101991SUNNY/Statistics_study

    about statistical techniques for Data Science

    Language:Jupyter Notebook5102
  • tanvirnwu/Feature-Selection--Python

    "A set of Jupyter Notebooks on feature selection methods in Python for machine learning. It covers techniques like constant feature removal, correlation analysis, information gain, chi-square testing, univariate selection, and feature importance, with datasets included for practical application.

    Language:Jupyter Notebook5100
  • shafqaatahmad/chisquare-test-heatmap

    The code build a correlation like heat but using chi-square test for catagorical variables. Python and R have built in libraries for producing heatmap for correlation test but there is no such library to produce heat map for chi-square test of association.

    Language:Python4102
  • Gkontopodis/Data-Analysis-Tools

    Wesleyan University

    Language:Python3003
  • JonasVasconcelos/FiShiny

    Shiny interface for growth model fit

    Language:R3100
  • MartaPelizzola/ACER

    Adapted chi-squared and CMH test to evolve and resequenced data. Includes drift and pool sequencing variance in the tests

    Language:R3111
  • nrsharip/test-statistics

    Examples of using the test statistics to test hypotheses

    Language:Python3200
  • rebeccak1/pricing-test

    Language:Jupyter Notebook3202
  • samirsaci/lss-chi-squared

    Lean Six Sigma with Python — Chi-Squared Test

    Language:Jupyter Notebook310
  • Shivangi1Raghav/PCOSprediction

    Polycystic Ovary Syndrome (PCOS) is a widespread pathology that affects many aspects of women's health, with long-term consequences beyond the reproductive age. The wide variety of clinical referrals, as well as the lack of internationally accepted diagnostic procedures, have had a significant impact on making it difficult to determine the exact etiology of the disease. The exact histology of PCOS is not yet clear. It is therefore a multifaceted study, which shares genetic and environmental factors. The aim of this project is to analyse simple factors (height, weight, lifestyle changes, etc.) and complex (imbalances of bio hormones and chemicals such as insulin, vitamin D, etc.) factors that contribute to the development of the disease. The data we used for our project was published in Kaggle, written by Prasoon Kottarathil, called Polycystic ovary syndrome (PCOS) in 2020. This database contains records of 543 PCOS patients tested on the basis of 40 parameters. For this, we have used Machine Learning techniques such as Logistic Regression, Decision Trees, SVMs, Random Forests, etc, A detailed analysis of all the items made using graphs and programs and prediction using Machine Learning Models helped us to identify the most important indicators for the same.

    Language:Python3101
  • SujalXplores/Mega-Calculator

    All type of calculators like Cuboid (4D), Binning, Chi-square test, Red-black tree, Binary search tree, Longest Common Sub Sequence, Master Theorm, Heap Sort, Decision Theory at one place ✨

    Language:HTML3100
  • chen0040/pysie

    Package provides python implementation of statistical inference engine

    Language:Python2202
  • jessicaageorge5/radiation_oncology_analysis

    [Survival Analytics] Working with Dr. Surbhi Grover MD, MPH evaluating survival outcomes, treatment, and survivorship for a cervical cancer cohort with or without HIV co-infection in Botswana, Africa using methods rooted in statistics.

    Language:Jupyter Notebook2202
  • mahdibaghbanzadeh/statistical_tests

    a simple shiny app that perform statistical tests such as normal test, t-test, and chi-square test

    Language:R2100
  • RaghuveerRao/Statistics-Inference

    Notes on statistical inference made for learning statistics for data scientists

  • AdammGreen/R-Marketing-Analysis

    Here I did an analysis of a survey taken on cell based meat and processed it using R to find correlations and make some assumptions on the data.

  • afidas/churn-behavior

    Customer churn analysis using EDA and confirmed by Chi-square hypothesis testing.

    Language:Jupyter Notebook1100
  • al6133/Random_Number_Generators

    Implementing Unif(0,1) Pseudo Random Generators & performing Statistical Tests on them

    Language:Python1101
  • briggyx/bank_marketing_analysis

    This project analyzes a Portuguese bank's term deposit marketing campaigns, uncovering key factors and client profiles to optimize marketing strategies and enhance the bank's lending pool and revenues.

    Language:Jupyter Notebook1000
  • c-susan/datasci_5_statistics

    HHA507 / Data Science / Assignment 5 / Inferential Statistics

    Language:Jupyter Notebook110
  • Latiifff/Statistical_Analysis

    This repository contains statistical analyses conducted on various datasets related to medical and health factors. The analyses include Spearman correlation, Chi-square test, and Linear Regression to explore relationships and predictive models related to heart attacks and other medical conditions.

    Language:Jupyter Notebook1100
  • LinaYorda/Chi-Square-Test-on-university-website

    chi-square test within the Montana Library case study.

    Language:Jupyter Notebook1200
  • mahnoorsheikh16/Optimizing-Supply-Chain-Efficiency-with-Geospatial-Data

    Leveraged historical geospatial data to forecast weather patterns, optimize delivery times and methods to improve efficiency and reduce costs.

    Language:Jupyter Notebook1
  • nikitaprasad21/Credit-Risk-Modeling

    Leveraging data-driven approaches to mitigate Credit Risk and optimize financial strategies in the banking sector.

    Language:Jupyter Notebook1100
  • Ohm-Rajpal/FinalProject

    Stats HW chat bot that solves chi-square problems involving goodness of fit, homogeneity, or independence

    Language:Java1101
  • PatilNi3/TABLES-IN-STATISTICS

    In Statistics, various tables used to reference critical values for different distributions and tests.

  • vanylush/Diabetes_Prediction_Model

    Embark on a journey of data-driven insights with our diabetes research project. Leveraging Python's pandas, matplotlib, and scikit-learn, we preprocess, visualize, and analyze 330 health features. Employing logistic regression, decision trees, KNN, and SVM, we predict diabetes with precision.

    Language:Jupyter Notebook1100
  • vrinda1997/Local-Frog-Discovery-Tool

    The project aims to build a Species Distribution Model for the frog species - "Litoria Fallax" across Australia using TerraClimate variables.

    Language:Jupyter Notebook1100
  • ZL63388/ab-testing-codes

    This repository is a collection of basic code templates for A/B Testing. All codes I am sharing are from the practical exercises I did from the Data Science Infinity Program.

    Language:Python1100