xgboost-model

There are 186 repositories under xgboost-model topic.

  • closedloop-ai/cv19index

    COVID-19 Vulnerability Index

    Language:Python88182137
  • grtvishnu/Air-Pollution-Prediction-and-Forecasting

    :octocat: Detection and Prediction of Air quality Index :octocat:

    Language:Jupyter Notebook491518
  • keisukeirie/quickdraw_prediction_model

    this is my repository for the quick draw prediction model project

    Language:Python453120
  • alexdatadesign/lfp_soc_ml

    LiFePo4(LFP) Battery State of Charge (SOC) estimation from BMS raw data

    Language:Jupyter Notebook23104
  • aditya-167/Realtime-Earthquake-forecasting

    Web application for earthquake prediction in a window of few future days. live data collection from https://earthquake.usgs.gov/

    Language:HTML15116
  • AaronFlore/Forecasting-Bitcoin-Prices

    Forecasting Bitcoin Prices via ARIMA, XGBoost, Prophet, and LSTM models in Python

    Language:Jupyter Notebook13102
  • keisukeirie/Amazon_review_helpfulness_prediction

    this is my repository for Amazon review helpfulness prediction model

    Language:Jupyter Notebook11307
  • dysdsyd/kaggle-question-pairs-quora

    My solution for Quora's Question Pair contest on Kaggle.

    Language:Jupyter Notebook101110
  • chollette/Liver-Disease-Classification-Azure-ML-Capstone-Project

    This is a Liver Disease Machine Learning Classification Capstone Project in fulfillment of the Udacity Azure ML Nanodegree. In this project, you will learn to deploy a machine learning model from scratch. The files and documentation with experiment instructions needed for replicating the project, is provided for you.

    Language:Jupyter Notebook9101
  • smritig19/PCOS_Diagnosis_System

    Language:Jupyter Notebook9103
  • Max-Q

    MitchellTesla/Max-Q

    Machine-Learning: eXtreme Gradient-Boosting Algorithm Stress Testing

    Language:C++8301
  • olaelshiekh/Heart_Disease_detection

    World Health Organization has estimated 12 million deaths occur worldwide, every year due to Heart diseases. Half the deaths in the United States and other developed countries are due to cardio vascular diseases.

    Language:Jupyter Notebook8102
  • rudrajit1729/Machine-Learning-Codes-And-Templates

    Codes and templates for ML algorithms created, modified and optimized in Python and R.

    Language:Python8203
  • project_floodlight

    asaficontact/project_floodlight

    Crisis incidents caused by rebel groups create a negative influence on the political and economic situation of a country. However, information about rebel group activities has always been limited. Sometimes these groups do not take responsibility for their actions, sometimes they falsely claim responsibility for other rebel group’s actions. This has made identifying the rebel group responsible for a crisis incident a significant challenge. Project Floodlight aims to utilize different machine learning techniques to understand and analyze activity patterns of 17 major rebel groups in Asia (including Taliban, Islamic State, and Al Qaeda). It uses classification algorithms such as Random Forest and XGBoost to predict the rebel group responsible for organizing a crisis event based on 14 different characteristics including number of fatalities, location, event type, and actor influenced. The dataset used comes from the Armed Conflict Location & Event Data Project (ACLED) which is a disaggregated data collection, analysis and crisis mapping project. The dataset contains information on more than 78000 incidents caused by rebel groups that took place in Asia from 2017 to 2019. Roughly 48000 of these observations were randomly selected and used to develop and train the model. The final model had an accuracy score of 84% and an F1 Score of 82% on testing dataset of about 30000 new observations that the algorithm had never seen. The project was programmed using Object Oriented Programming in Python in order to make it scalable. Project Floodlight can be further expended to understand other crisis events in Asia and Africa such as protests, riots, or violence against women.

    Language:Jupyter Notebook7203
  • Advanced-Time-series-analysis

    Javihaus/Advanced-Time-series-analysis

    Advance Time Series Analysis using Probabilistic Programming, Auto Regressive Neural Networks and XGBoost Regression.

    Language:Jupyter Notebook7102
  • omerfarukeker/The-Complete-Journey

    The Complete Journey Dataset: Churn Prediction

    Language:Jupyter Notebook7303
  • ankitAMD/NYTaxi_XG_Boost_Challenge-kaggle_challenge

    I'm attempting the NYC Taxi Duration prediction Kaggle challenge. I'll by using a combination of Pandas, Matplotlib, and XGBoost as python libraries to help me understand and analyze the taxi dataset that Kaggle provides. The goal will be to build a predictive model for taxi duration time. I'll also be using Google Colab as my jupyter notebook. i will also predict without Google colab on normal system.

    Language:Jupyter Notebook6203
  • ashcode028/Music-Genre-Classification

    Classifying audio files using ML algorithms.

    Language:Jupyter Notebook6102
  • g-aditi/customer-personality-analysis

    Using a Kaggle dataset, customer personality was analysed on the basis of their spending habits, income, education, and family size. K-Means, XGBoost, and SHAP Analysis were performed.

    Language:Jupyter Notebook6101
  • MsTao-68/Debt-Churn-Data-Analysis

    使用比赛方提供的脱敏数据,进行客户信贷流失预测。

    Language:Jupyter Notebook6101
  • Pzugatti/House-Price-Prediction

    By using feature engineering technique and XGBoost algorithm to predict house price

    Language:Jupyter Notebook6003
  • alanchn31/Data-Science-Portfolio

    Personal Data Science Projects

    Language:Jupyter Notebook5200
  • arminZolfaghari/Diabetes-Classification-XGBoost

    Data Mining Course Project - Diabetes Classification with XGBoost - Winter 2022

    Language:Jupyter Notebook5100
  • datacrypto-analytics/crypto-analysis-cli

    Analise todas as criptomoedas disponíveis na binance spot com algoritmos Machine Learning.

    Language:Python5402
  • Majd0507/Machine-Learning

    Machine learning tutorial with examples

    Language:Python5103
  • nickdcox/ml-linear-airfare-prediction

    Project: What factors impact the accuracy of airfare prediction?

    Language:HTML4100
  • shivamgupta7/Amazon-Fine-Food-Reviews

    Amazon Fine Food Reviews is classification Sentiment Analysis problem. Classify the positive and negative reviews given by Amazon users. Given some product-based features and related reviews in text data. Featuring data and apply various Machine Learning techniques to classify reviews.

    Language:Jupyter Notebook4109
  • skyhuang1208/kaggle-porto-safe-driver-prediction

    won silver medal, 164th of 5169

    Language:Jupyter Notebook4504
  • stonecoldnicole/flip-or-skip

    Machine learning models are used to determine whether a house is a good potential "flip" or not, using standard 70% rule.

    Language:HTML4101
  • vishalv91/Customer-Analytics

    The project concerns an international e-commerce company* based in the USA who want to discover key insights from their customer database. They want to use some of the most advanced machine learning techniques to study their customers.

    Language:R4005
  • Akash1070/BigMart-Sales-Prediction-

    Building BigMart Sales Prediction

    Language:Jupyter Notebook3201
  • anjalysam/ATM_Transaction-data_analysis-

    Find the best algorithm to analyze and predict the demand for cash withdrawals

    Language:Jupyter Notebook3102
  • Madhav-Somanath/WindEnergyPredictor

    Machine learning model built for IBM Hack 2020 challenge. ⚙️

    Language:Jupyter Notebook3101
  • mddunlap924/Recommender-System

    Multi-Objective Recommender System

    Language:Python3100
  • rochitasundar/Twitter-Sentiment-Analysis

    Data consists of tweets scrapped using Twitter API. Objective is sentiment labelling using a lexicon approach, performing text pre-processing (such as language detection, tokenisation, normalisation, vectorisation), building pipelines for text classification models for sentiment analysis, followed by explainability of the final classifier

    Language:Jupyter Notebook3100