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TrustHeart 3D turns clinical data into per-vessel coronary risk on an interactive 3D heart, with built-in checks that show when the model can and can’t be trusted.
Four ML models estimate coronary artery disease and narrowing in the LAD, LCX and RCA, colour each artery on an interactive 3D heart, and explain every estimate with SHAP.
A workspace for medical learners and educators to connect coronary estimates, reference anatomy, actual model explanations and prediction errors.
Your personal learning universe: transforming lectures and textbooks into source-grounded tutoring and adaptive quizzes.
Cadence judges your speech against every great reading of the same words, then shows exactly which words fell outside their range, with the numbers to prove it
AI-powered 3D cardiovascular twin predicting multi-vessel stenosis (LAD/LCX/RCA) with explainable SHAP insights, real-time What-If simulations, and automated clinical report analysis.
A multimodal 3D organ-mapped decision-support matrix that predicts multi-vessel coronary artery disease stenosis (LAD, LCX, RCA) using strictly non-invasive clinical biomarkers.
An interactive research app that uses explainable AI and a 3D heart to explore patterns of coronary artery disease.
Cardio3D turns 55 clinical biomarkers into an interactive 3D coronary digital twin, predicting CAD risk, 1D FFR hemodynamics, and simulating virtual stent interventions in real time
An educational cardiovascular ML prototype combining four prediction models, interactive 3D coronary artery visualization, SHAP explainability, and model evaluation in one web application.
AI-powered cardiovascular risk assessment combining machine learning, interactive 3D heart visualization, and model explainability.
CardioScope3D uses Random Forest and XGBoost on the 303-record Z-Alizadeh Sani dataset to estimate CAD and coronary artery outcomes, with interactive 3D visualization and AI explainability.
"Interactive 3D Anatomical Twin for Coronary Stenosis Triage"
A mirror for your speech: compare, locate, explain. Contrastive speech analytics that points to the exact second. See where it drifted from ideal Same script, two voices: it shows the difference.
An OpenCV 5-powered AI platform for accurate solar cell defect detection, visual inspection, and cloud-based analysis using AWS.
Visualizing cardiac risk, explaining every prediction.
A lightweight prototype for the Multimodal AI Hackathon 2026 Track A: Cardiovascular Risk Visualization & Prediction.
Coronary risk prediction you can see calibrated per-vessel probabilities mapped onto real MRI derived heart anatomy, with patient-specific explanations and honest uncertainty.
From Risk to Insight. From Data to Heart.
Can you trust this model's test score? ATLAS finds train/test leakage with deterministic checks, lets NVIDIA Nemotron propose a fix, and re-checks it in a sealed sandbox.
CardioVisionAI-See the risk, predict the Future,Protect the Heart.
"BECAUSE EVERY HEART MATTERS"
CardioVision connects patients and doctors through intelligent cardiac care, combining AI powered risk assessment, interactive 3D heart visualization, medical records and personalized care management.
See why a heart is at risk: 54 clinical inputs → CAD, LAD, LCX and RCA probabilities on an interactive 3D heart, with SHAP showing the factors behind every score.
