Welcome to MedUrgencyHub! Our platform is dedicated to providing time-saving solutions in the fast-paced world of healthcare. By leveraging technology and streamlined processes, we aim to optimize time for both patients and medical professionals, enhancing patient care, increasing efficiency, and improving resource allocation.
Check out the deployed site (Note: ML models are yet to be deployed, available in the GitHub repository): MedUrgencyHub Deployment
In the realm of healthcare, time optimization is crucial. This document introduces a comprehensive solution to reduce time constraints in medical processes, benefiting both patients and hospitals.
- Time Efficiency: Quickly access patient medical history, eliminating manual data retrieval during consultations.
- Easy Hospital Resource Access: Seamless access to medical records, test results, and prescriptions.
- Legal Compliance: Secure QR-coded GMC ensures data privacy and quick retrieval for legal purposes.
- Emergency Assistance: Quickly find the nearest hospitals during emergencies.
- Informed Decision-Making: Choose the most convenient healthcare facility based on location.
- Advanced Algorithm: Estimate time required for procedures or consultations based on historical data.
- Patient Flow Management: Manage patient flow, reduce waiting times, and enhance satisfaction.
- QR Code Integration: Link medical images to QR codes for swift access and review of diagnostic information.
- Time-Saving Visualization: Quick-view tools for medical images enable rapid analysis and diagnosis.
- AI-Powered Forecasting: Predict personalized busy months based on historical patient data.
- Effective Resource Allocation: Allocate resources, staff, and facilities more effectively during peak periods.
- Efficient Diagnosis: AI-powered classification model for pneumonia diagnosis through X-ray images.
- Time-Saving Analysis: Analyze entire folders of X-rays, identify pneumonia cases, and improve diagnosis accuracy.
- Urgency-Based Allocation: Utilize urgency scores from medical reports for efficient resource allocation.
- Predictive Analysis: Predict when a patient might require medical attention for proactive preparation.
- Install the libraries from
requirements.txtin themlfolder. - Run both models named
app.pyandvisualize_months.py. - For
app.py, use thekeras_model.h5file to access the pre-trained model.
- Install the
requirements.txtin the different folder. - Run
main.py!
Thank you for exploring MedUrgencyHub - where time meets healthcare efficiency!