Machine Learning Powered

Heart Disease Prediction Reimagined.

An intelligent machine learning system designed to analyze clinical indicators and estimate the likelihood of heart disease.

88.89% Accuracy
303 Patients
13 Features
AI ANALYSIS ● LIVE
♥

Cardiovascular Assessment

Powered by Logistic Regression

Model Status Ready
01 — ABOUT THE PROJECT

Machine Learning Behind the Experience.

This Heart Disease Prediction system uses clinical and medical indicators to generate a machine learning based risk assessment.

01

Dataset

UCI Heart Disease Dataset containing 303 patient records.

02

Features

13 clinical and cardiovascular indicators are used as model inputs.

03

Algorithm

Logistic Regression was evaluated alongside Random Forest during model development.

02 — MODEL PERFORMANCE

Built on Real Evaluation.

Accuracy 88.89% Test Set
Precision 89% Weighted Average
Recall 89% Weighted Average
F1 Score 89% Weighted Average
SELECTED MODEL

Logistic Regression

Evaluated against Random Forest during model development.

Accuracy 88.89%
03 — LIVE PREDICTION

Analyze Clinical Indicators.

Enter the patient's clinical information below to generate a machine learning prediction.

01

Patient Information

Basic patient characteristics

02

Symptoms & Exercise

Chest pain and exercise response

03

Clinical Measurements

Blood pressure, cholesterol and heart rate

04

Medical Tests

Laboratory and cardiovascular test results