ML in Healthcare Mobile Applications: Transforming Patient Care Through Intelligent Systems

The Future of Work & AI in Society

Talk

Session Code

Sess-11

Day 1

10:25 - 10:50 EST


About the Session

This presentation examines the transformative impact of machine learning integration in healthcare mobile applications across diverse clinical settings. Our research demonstrates that ML-powered healthcare solutions have achieved remarkable diagnostic accuracy in cardiovascular disease prediction and early-stage cancer detection across numerous healthcare facilities. Implementation of these technologies has resulted in a significant reduction in diagnostic errors and substantial improvement in treatment plan optimization. The presentation explores technical frameworks powering these advancements, including TensorFlow Lite implementations that achieved dramatic reductions in pneumonia diagnosis time while maintaining high diagnostic accuracy. Our analysis of healthcare IoT deployments shows ML Kit integration processing multiple data points per second with minimal latency, achieving exceptional accuracy in vital sign monitoring. We address critical implementation challenges, showcasing privacy-preserving techniques that substantially reduce data breach risks while maintaining diagnostic accuracy. Our validation frameworks incorporating multiple performance parameters achieved high confidence intervals in system reliability metrics across many healthcare implementations. The economic impact is substantial, with AI-driven clinical decision support systems reducing annual operating costs significantly per facility and decreasing diagnosis time, resulting in considerable cost savings per patient episode. Patient outcomes show equally impressive gains, with medication compliance rates increasing dramatically across large patient populations and hospital readmission rates decreasing substantially for chronic condition patients. This presentation demonstrates how machine learning transforms healthcare delivery through quantifiable improvements in diagnostic accuracy, treatment optimization, and operational efficiency while addressing the complexities of implementation in medical environments.


Speaker