Update readme.md

Signed-off-by: ~Chiluka Akshitha <[email protected]>

Lungs Breath Respiratory Health Analyzer and Monitoring Over IoT/readme.md

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 ### Lungs Breath Respiratory Health Analyzer and Monitoring Over IoT
+
+## Overview
+This project involves building a respiratory health monitoring system using IoT technology. The system is designed to analyze breath patterns, detect irregularities, and provide real-time monitoring of lung health. Data collected through IoT sensors is used to assess respiratory function, providing valuable insights into potential respiratory issues.
+
+## Objective
+The primary goal is to develop a cost-effective and accessible solution for respiratory health monitoring. This device is particularly beneficial for individuals with chronic respiratory conditions such as asthma or COPD, allowing for regular monitoring without hospital visits.
+
+## Key Features
+Real-time Breath Analysis: Capture and analyze respiratory data using IoT-enabled sensors.
+Anomaly Detection: Detect irregular breathing patterns, like shallow breathing or abnormal rates, and trigger alerts if needed.
+Remote Monitoring: Enable healthcare professionals to remotely monitor patients' respiratory health.
+User-friendly Interface: Simple UI for patients to understand their respiratory status.
+
+## Technologies Used
+IoT Devices: Sensors to capture respiratory data
+Data Processing: Machine learning models to analyze breath patterns.
+Cloud Storage: Secure storage of collected data.
+Web Interface: User-friendly interface for data monitoring and health reports.
+
+
+## Project Phases
+Research & Planning: Understanding respiratory metrics and identifying suitable sensors.
+Development: Building the IoT sensor network and integrating it with cloud storage.
+Testing & Iteration: Conducting trials to validate the accuracy of the data collected.
+Deployment: Setting up the system for real-world monitoring.
+
+## Potential Applications
+Clinical Monitoring: Hospitals and clinics for remote respiratory health tracking.
+Home Care: Individuals with respiratory conditions can monitor their health at home.
+Sports & Fitness: Athletes can track their lung performance during training.
+
+## Future Enhancements
+Integration with wearable devices for continuous monitoring.
+Advanced AI algorithms to provide personalized health insights.
+Predictive analytics for forecasting potential respiratory issues.
+Expansion to other health monitoring metrics like heart rate and oxygen saturation.