E-Care

In the past, there have been many attempts at similar such systems for healthcare monitoring systems. Some systems only have applications, which does not provide the accurate result, and some systems have only device through which doctor cannot prescribe/treat the patient, and those systems who have

Project Title

E-Care

Project Area of Specialization

Internet of Things

Project Summary

In the past, there have been many attempts at similar such systems for healthcare monitoring systems. Some systems only have applications, which does not provide the accurate result, and some systems have only device through which doctor cannot prescribe/treat the patient, and those systems who have both application and device they do not have much features and they are very costly. So, our system is an integration of all these above developments. Moreover, ours is a low cost system and is very easy to implement. We are using server for maintaining data of patient. We are using Arduino-UNO, which is much cheaper than raspberry Pi.

The proposed method is based on smart devices and sensor networks for real time analysis of various parameters of patients. Solar device would be connected to our main device to provide power. This system is aimed at developing a set of modules which can facilitate the diagnosis for the doctors through tele-monitoring of patients.

The ambulance driver and the user will having a device, which can estimate blood pressure, temperature, and heartbeat and immediately alert the doctor if it is higher than normal. The system will generate the alarm or notification to the doctor about patient health So that patient can be treated in real time environment via Email. The doctors monitor the patient in real time through the data received through the server. The medical history of each patient including medications and medical reports are stored on cloud for easy access and processing for logistics and prognosis of future complications. Although the patient can also call an Ambulance in case of Emergency, the application will automatically book a nearby ambulance for the user, and then an ambulance driver will send the emergency alert to the doctor to prepare the things needed for the user as the main target audience of our system are all the users.

Project Objectives

We are developing and IOT based device to analyze and compute the patient health we are using Arduino UNO, which is the heart of this project.

• These smart devices will collect temperature, blood pressure, heart rate, which will used to evaluate the health condition of the patient.
• The result displayed on the android application, the results will sent to the doctor and doctor can reply via Email.
• The data results can be stored in firebase database, which can be invoke from remote location at any time in an emergency case of patient without delaying the time.
• User can easily book and track an ambulance.
• Ambulance driver will also treated user through this device, and will send an alert to the doctor.

Project Implementation Method

This system has facility of online ambulance tracking and emergency alert being Completely integrated and cheaper system; it can be implement with paralyzed and elderly people for best results, which make it easy to provide a better healthcare facility to the people.

The methodology we will be using in our project is waterfall model because that is a linear sequential process.

Requirement Analysis:

In the first phase the requirements and features that are necessary for E-Care are gathered and then there will be analysis for the requirement which will ensure the feasibility of the project.

System Design:

In the second phase, the model and architecture of the system will be developed on the basis of requirements that are approved. The design phase includes, ERD, Use cases, Prototypes etc.

Implementation:

In this phase cloud and hardware is configured at the first place, and then programs are developed in order to sense Temperature, Blood Pressure and Heart Rate as an input and gives an accurate reading as an output. An android application is then build which can show the result of the evaluated sensors.

Testing:

After the development of the system, testing phase is initiated. The system will be tested on different test samples in order to calculate the accuracy of the system. There will be different type of testing applied, such as penetration testing, stress testing, black box & white box testing.

Deployment:

In this phase the tested product is deployed, the programs that implement for detecting the readings are deployed on cloud & programs responsible for taking the input through users are deployed on Arduino.

Block Diagram:

                                  

The project is Arduino based device the patient and ambulance will have this device so the application can record patients data with the help of device such as Blood pressure, Temperature, Heart rate the patient can send the recorded data to the doctor, doctors can reply via email patient can also call and track the ambulance. Ambulance staff can get that data of patient and can send the emergency alert to the Doctor.

Benefits of the Project

• Simultaneous reporting and monitoring
• Doctors can get alert about patient through ambulance driver, and patient will get better treatment before arrival at hospital.
• Users can generate emergency alert and that alert will connect users near by ambulance.
• Users can track ambulance.
• Reducing emergency room wait time.
• End-to-end connectivity and affordability.
• Users can keep record of their data and can also check their previous records.
• Users will get their benefit as they can treat their self at their home.
• User can also treat by the doctor through online.
• Cost effective.
• Ambulance will reach on time.

Technical Details of Final Deliverable

• IoT Based Device:

  • Device will have sensors blood pressure, temperature, heart rate which will sense user and results will be show on mobile screen

• Mobile Application

  • That will receive and processed results from cloud and provide an output in an intuitive and friendly User Interface. This application will have three panels

• User panel:

  • User can use the device and application and easily manage their health and can consult to any doctor online, as well can in case of emergency user can generate emergency alert.

• Doctor panel:

  • In this panel doctors will registered to treat patient online, doctors do not need to maintain appointments for users, doctors can give treatment to the user via email

• Ambulance panel:

  • In this panel ambulance driver will get alert from the user and will be connect to the user. Ambulance driver can contact to doctor and will get treatment for user and doctor can arrange emergency in the hospital

• Admin Panel

  • Ambulance tracking facility
  • Final Technical Report
  • Final evaluation Report
  • Strategic Document on Training (not planned)
  • Software Training courses

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Health

Other Industries

Medical

Core Technology

Internet of Things (IoT)

Other Technologies

Wearables and Implantables, Others

Sustainable Development Goals

Good Health and Well-Being for People

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com