/Hasta-Takip-Projesi

Xbee ve Arduino kullanarak kablosuz iletişim ile hasta takip uygulaması. Web Arayüzüne C# ile bağlanıp veri aktarımı ve kaydı yapıyoruz.

Primary LanguagePHP

Hasta Takip Uygulaması

Description

The Hasta Takip Uygulaması (Patient Follow-Up Application) is a system developed to monitor patient health metrics using wireless communication with Xbee and Arduino. This application collects data from various sensors and transmits it wirelessly to a web interface for real-time monitoring. The data is collected using C# and stored in a local database. The project was completed by a team of three members.

Features

  • Wireless Communication: Utilizes Xbee technology to establish connections between sensors and the central monitoring system.
  • Sensors Used:
    • DHT11: Measures temperature and humidity.
    • Pulse Sensor: Monitors heart rate.
    • LM35: Measures body temperature.
  • Data Handling: Sensor data is received using C# and stored in a local database for further analysis.
  • Web Interface: A user-friendly web interface developed using C# for real-time data visualization and monitoring.

Toolbox

Languages

  • C#
  • C++
  • PHP
  • JavaScript
  • HTML
  • CSS3

Frameworks and Libraries

  • .NET Framework
  • MVC
  • Bootstrap
  • jQuery
  • Ajax

Database

  • MSSQL

Hardware

  • Arduino
  • Xbee

Sensors

  • DHT11: Temperature and Humidity Sensor
  • Pulse Sensor: Heart Rate Monitor
  • LM35: Temperature Sensor

Installation

Prerequisites

  • Arduino IDE
  • Visual Studio (or any C# IDE)
  • MSSQL Server
  • Xbee modules

Steps

  1. Set Up Arduino:

    • Connect the DHT11, Pulse Sensor, and LM35 sensors to the Arduino.
    • Upload the Arduino code to read sensor data.

  2. Configure Xbee Modules:

    • Set up Xbee modules for wireless communication between Arduino and the central system.

  3. Database Setup:

    • Set up an MSSQL database to store the sensor data.
    • Create necessary tables for storing temperature, humidity, and heart rate data.

  4. Develop the Web Interface:

    • Use Visual Studio to create a C# project.
    • Develop the web interface using HTML, CSS3, JavaScript, Bootstrap, jQuery, and Ajax.
    • Implement server-side logic using the .NET Framework and MVC.

  5. Data Collection and Transmission:

    • Write C# code to receive data from the Arduino via Xbee.
    • Store the received data in the MSSQL database.

  6. Real-Time Monitoring:

    • Implement real-time data visualization on the web interface.
    • Ensure the web interface is user-friendly and provides real-time updates.

Usage

  • Start the Arduino to begin collecting sensor data.
  • The data is transmitted wirelessly via Xbee to the central monitoring system.
  • Use the web interface to monitor the real-time health metrics of patients.
  • Access stored data in the MSSQL database for analysis and reporting.

Contributors

  • Yunus Koç: Hardware integration and sensor setup
  • Tahsin Soyak & Yunus Koç: Software development and database management
  • Emirhan Dikçi & Tahsin Soyak: Web interface design and implementation

License

This project is licensed under the MIT License - see the LICENSE file for details.

Acknowledgements

  • Thanks to all the team members for their contributions and hard work.
  • Special thanks to the open-source community for providing valuable resources and support.