Classify and assess severity of lung conditions from chest X-rays
Upload images for medical diagnosis
Upload tumor data to visualize predictions
Predict retinal disease from an image
Predict heart disease risk using health data
Analyze ECG data to determine relaxation state
Upload MRI to detect brain tumors
Predict sperm retrieval success rate
Answer medical questions using real-time AI
Generate disease analysis from chest X-rays
Answer medical questions and get advice
Analyze OCT images to predict eye conditions
Consult symptoms and reports with AI doctor
Covid Classifier is an AI-powered medical imaging tool designed to classify and assess the severity of lung conditions from chest X-rays. It leverages advanced machine learning algorithms to provide accurate and reliable insights, aiding healthcare professionals in diagnosing and managing respiratory diseases, including COVID-19.
• AI-Powered Analysis: Utilizes deep learning models to analyze chest X-rays for signs of lung conditions.
• Severity Assessment: Provides a severity score to help determine the extent of lung involvement.
• Multi-Modal Compatibility: Works with various types of chest X-ray images, ensuring versatility in clinical settings.
• User-Friendly Interface: Designed for ease of use, allowing healthcare professionals to upload images and receive results quickly.
• Data Privacy Compliance: Ensures patient data security and compliance with healthcare regulations.
• Clinical Decision Support: Offers actionable insights to support medical decision-making.
What types of images can Covid Classifier process?
Covid Classifier is compatible with standard chest X-ray images in formats such as JPEG, PNG, and DICOM.
How accurate is the Covid Classifier?
The Covid Classifier is trained on a large dataset of chest X-rays and has demonstrated high accuracy in classifying lung conditions. However, it is intended as a diagnostic aid and should be used in conjunction with clinical judgment.
Can Covid Classifier be used in real-time?
Yes, Covid Classifier is designed for real-time analysis, providing quick results to support timely medical decisions.