GitHunt

Robert Rusev

RobertRusev

Loading...

Languages

Jupyter Notebook83%HTML17%

Repos

6

Stars

6

Forks

6

Top Language

Jupyter Notebook

Loading contributions...

Top Repositories

ML-FinFraud-Detector

ML-FinFraud-Detector is a machine learning project for detecting financial transaction fraud. Utilizing XGBoost, precision-recall, and ROC curves, it provides accurate fraud detection. Explore feature importance, evaluate model performance, and enhance financial security with this comprehensive fraud detection solution.

4Jupyter Notebook
ML-Premier-League-Wins-Predictor

ML-Premier-League-Wins-Predictor is my first machine learning project that predicts the number of wins for each team in the Premier League using linear regression. Explore the key factors that contribute to becoming a champion in one of the world's most competitive football leagues. Jupyter Notebook and code included.

2Jupyter Notebook
ML-Loan-Default-Predictor

Predict loan defaults using ML. Leverage Logistic Regression, Random Forest, XGBoost. Preprocess data, train models, analyze features. Make informed lending decisions. Jupyter Notebook and code.

0Jupyter Notebook
RobertRusev.github.io

My portfolio page

0HTML
NLP-FinHeadlines-MoodTracker

NLP-FinHeadlines-MoodTracker is a NLP project utilising sentiment analysis on financial news headlines. It employs a combination of CNN and LSTM layers to predict sentiment (positive, negative, neutral). The model incorporates an embedding layer, 1D convolution, max pooling, bidirectional LSTM, dropout, and dense layer for sentiment classification.

0Jupyter Notebook
ML-TimeSeries-StockPricePredictor

Stock Price Predictor: Leveraging historical data, macroeconomic indicators, LSTM and Prophet models for enhanced stock price forecasting. Analyze trends, patterns, and economic factors to gain insights and make data-driven predictions. Leverage advanced modeling techniques for reliable forecasts.

0Jupyter Notebook

Repositories

6
RO
RobertRusev/ML-FinFraud-Detector

ML-FinFraud-Detector is a machine learning project for detecting financial transaction fraud. Utilizing XGBoost, precision-recall, and ROC curves, it provides accurate fraud detection. Explore feature importance, evaluate model performance, and enhance financial security with this comprehensive fraud detection solution.

Jupyter Notebook41Updated 2 years ago
classificationdata-analysisdata-preprocessingdata-sciencedata-visualizationfeature-importancefinancial-fraudfraud-detectionjupyter-notebookmachine-learningmodel-evaluationprecision-recallpythonroc-curvexgboost
RO
RobertRusev/ML-Loan-Default-Predictor

Predict loan defaults using ML. Leverage Logistic Regression, Random Forest, XGBoost. Preprocess data, train models, analyze features. Make informed lending decisions. Jupyter Notebook and code.

Jupyter Notebook00Updated 2 years ago
classificationdata-analysisdata-preprocessingdata-sciencedata-visualizationfinancejupyter-notebookloan-default-predictionlogistic-regressionmachine-learningmodel-trainingpythonrandom-forestxgboost
RO
RobertRusev/ML-Premier-League-Wins-Predictor

ML-Premier-League-Wins-Predictor is my first machine learning project that predicts the number of wins for each team in the Premier League using linear regression. Explore the key factors that contribute to becoming a champion in one of the world's most competitive football leagues. Jupyter Notebook and code included.

Jupyter Notebook25Updated 2 years ago
data-analysisdata-sciencedata-visualizationfeature-analysisfootball-analyticsfootball-statisticsjupyter-notebooklinear-regressionmachine-learningpremier-leaguepythonregression-analysissoccersports-datasports-predictions
RO
RobertRusev/RobertRusev.github.io

My portfolio page

HTML00Updated 10 months ago
data-analysisdata-cleaningdata-miningdata-sciencemachine-learningmodellingportfolioportfolio-pageportfolio-siteportfolio-website
RO
RobertRusev/NLP-FinHeadlines-MoodTracker

NLP-FinHeadlines-MoodTracker is a NLP project utilising sentiment analysis on financial news headlines. It employs a combination of CNN and LSTM layers to predict sentiment (positive, negative, neutral). The model incorporates an embedding layer, 1D convolution, max pooling, bidirectional LSTM, dropout, and dense layer for sentiment classification.

Jupyter Notebook00Updated 2 years ago
1d-convolutionbidirectional-lstmcnndata-preprocessingdata-sciencedata-visualizationdense-layersdropoutembedding-layer-kerasfinancial-newsjupyter-notebooklstmmachine-learningmax-poolingnatural-language-processingnlppythonsentiment-analysistext-classification
RO
RobertRusev/ML-TimeSeries-StockPricePredictor

Stock Price Predictor: Leveraging historical data, macroeconomic indicators, LSTM and Prophet models for enhanced stock price forecasting. Analyze trends, patterns, and economic factors to gain insights and make data-driven predictions. Leverage advanced modeling techniques for reliable forecasts.

Jupyter Notebook00Updated 2 years ago
data-analysisdata-sciencedata-visualizationdeep-learningeconometricsfinancefinancial-analysisforecastingjupyter-notebooklstmmachine-learningmacroeconomic-indicatorspattern-recognitionprophet-modelpythonstock-marketstock-price-predictiontime-series-analysistrend-analysis

Gists

Recent Activity

Robert Rusev (RobertRusev) | GitHunt