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    Soldier Tracking and Health Monitoring System

    Uploaded by

    Kavana K Gowda
    This project aims to track the location and health status of soldiers using sensors and GPS. The system uses a Node MCU module connected to heartbeat, temperature, and accelerometer sensors to monitor a soldier's health. It also uses a GPS module to track their location. This sensor data is sent over TCP/IP to a control room server, which displays the soldier's location and health status. While some work remains to fully integrate the accelerometer and calculate heart rate, the core functionality of monitoring temperature and location has been implemented. This system aims to help control rooms better support soldiers in the field.

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    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd

    Soldier Tracking and Health Monitoring System

    Uploaded by

    Kavana K Gowda
    262 views18 pages
    This project aims to track the location and health status of soldiers using sensors and GPS. The system uses a Node MCU module connected to heartbeat, temperature, and accelerometer sensors to monitor a soldier's health. It also uses a GPS module to track their location. This sensor data is sent over TCP/IP to a control room server, which displays the soldier's location and health status. While some work remains to fully integrate the accelerometer and calculate heart rate, the core functionality of monitoring temperature and location has been implemented. This system aims to help control rooms better support soldiers in the field.

    Original Title

    phase 2.pptx

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    This project aims to track the location and health status of soldiers using sensors and GPS. The system uses a Node MCU module connected to heartbeat, temperature, and accelerometer sensors to monitor a soldier's health. It also uses a GPS module to track their location. This sensor data is sent over TCP/IP to a control room server, which displays the soldier's location and health status. While some work remains to fully integrate the accelerometer and calculate heart rate, the core functionality of monitoring temperature and location has been implemented. This system aims to help control rooms better support soldiers in the field.

    Copyright:

    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    262 views18 pages

    Soldier Tracking and Health Monitoring System

    Uploaded by

    Kavana K Gowda
    This project aims to track the location and health status of soldiers using sensors and GPS. The system uses a Node MCU module connected to heartbeat, temperature, and accelerometer sensors to monitor a soldier's health. It also uses a GPS module to track their location. This sensor data is sent over TCP/IP to a control room server, which displays the soldier's location and health status. While some work remains to fully integrate the accelerometer and calculate heart rate, the core functionality of monitoring temperature and location has been implemented. This system aims to help control rooms better support soldiers in the field.

    Copyright:

    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    of 18

    SOLDIER TRACKING AND

    HEALTH MONITORING
    SYSTEM
    PRESENTED BY:
    Pooja Shet (4mk15cs015)
    Kavana H K (4mk16cs010)
    Latha G S (4mk16cs011)
    Neha B S (4mk16cs015)
    Under the guidance of : Mrs.anupama
    MOTIVATION TOWARDS THE PROJECT

    • One of the fundamental challenge in military operation lays in that the soldiers are not
    able to communicate with control room administrators.
    • Current problems :
    Control room administrators are not able to trace their location of the soldier where
    they are located.
    The problems faced by the soldier are not able to be recognized by the control room.
    • The above problems are solved as follows:

    By using GPS module, control room is able to track proper location of the particular
    soldier.
    By using different health sensors, control room is able to get health status of the
    particular soldier.
    PROPOSED IDEA

    • Our project is based on tracking the location and health status of the soldier.
    • Here we are using GPS for tracking the particular location.
    • We had planned to use different sensors like, heart beat sensor, temperature
    sensor, toxic gas sensor.
    • Through this control room will be able to monitor the condition of the soldier.
    • We had an idea of using panic button in our kit to identify the different
    conditions of the soldier.
    CHANGES MADE IN OUR SYSTEM

    • We are not using any kind of toxic sensor because of its dimension and highly
    noisy character.
    • In different situations, we cannot determine the health status of the soldier
    by considering only heart beat. So we are adding accelerometer sensor.
    • Here we are using single button to identify the two different situations of the
    soldier. One is for health status and other one is for emergency situations.
    COMMUNICATION

    • Here we are using TCP/IP protocol


    • TCP/IP protocol is used for client server connectivity.
    • It helps us to establish setup a connection between different types of
    computers.
    • It operates independently of the operating system.
    • It enables the internetwork between the organization
    • TCP/IP has a highly stable client-server architecture.
    • Adding more system into network is easy.
    SPECIFICATION OF TECHNOLOGIES

    Software:
    • Operating system used in our project is windows 10.
    • Front end : PHP
    • Back end : MySQL
    • Language : C
    CONTD..

    Hardware
    • Node MCU
    • Health Sensors
    • Panic button
    • GPS module
    • Battery
    CONTD..

    Node MCU:
    • Node MCU Wi-Fi 8266 module provides minimum of 512 flash memory.
    • It is low cost user friendly plug & play module with easy to configure setup.
    • Every module has unique IP address which is special identification of every soldier.

    Health Sensors:
    • We are using 3 different sensors
     Heartbeat Sensor
    Accelerometer Sensor
    Temperature Sensor
    CONTD..

    Heart beat Sensor:


    • The output of this sensor will be interfaced to Arduino board and it will
    directly measure heartbeats in Beats Per Minute(BPM).
    • Here, the measurement threshold is set from 60 to 100 BPM

    Accelerometer Sensor:
    • It is an electromechanical device used to measure acceleration forces.
    • Acceleration is measurement of the change in velocity or speed divided by
    time.
    CONTD..
    •  
    Temperature Sensor:
    • LM35 temperature sensor.
    • It is widely used to measure body temperature.
    • This device is rated to operate over -C to C.

    Panic Button:
    • It is one kind of switch which is provided to soldier to help in panic situations.

    GPS :
    • The GPS unit is installed in addressing system so that base camp can track their
    movement.
    FLOW CHART
    Start

    Sensors

    Node MCU

    Information sent
    to base station

    Information
    received by base Display End
    station
    SYSTEM ARCHITECTURE

    Soldier Unit
    Heart beat
    sensor Data
    base
    Temperatur
    e sensor
    Node MCU
    Accelerome ESP 8266 Control
    ter sensor Room

    GPS
    module
    DESIGNED PAGES
    PENDING WORK:
    • Heart beat calculation
    • Accelerometer integration

    COMPLETED WORK:
    • We can read body temperature
    • And also location
    • Client and server connection

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