Health helpline is meant for interaction between users and doctors. A user can see various tips and precautions posted by the doctors related to various diseases and health related problems. Registered members can ask their questions and our related doctors post their reply through this helpline. In this system there are mainly four modules a) The Administrator b) The doctors c) Clinic d) Patients. The ordinary persons can register either as doctor or users. If the doctor post the answer the admin check and allow or reject it. The admin and the doctor has the power to add disease and its symptoms. They can also add precautions for this disease. The user can view disease, its symptom and precautions for it. They can also view the detail of doctors and their photo, contact details etc. It help the doctor’s publicity. Using this site the doctors can share the files (treatment information/or any scanning/X-ray result etc) of patient or any other to the other doctors. The system acts as an online encyclopaedia of health care. Clients can view the details of a specialist. Search and find the symptoms of a disease and their precautions. Find the latest health care tips. Clarify their doubts by asking related doctors.
Table of Contents
1. Introduction
2. System analysis
2.1 Scope of computerization
2.2 Objectives of computerization
2.3 Initial investigation
3. Materials and Methods
3.1 Existing system
3.2 Proposed system
3.3 Feasibility of the study
4. System analysis
4.1 Requirement and specifications
4.2 About Microsoft visual studio 2012
5. System design
5.1 Characteristics of design
5.2 Design of the proposed system
5.3 Input design
5.4 Modules in use and their functions
5.5 Output design
5.6 Database design
5.7 Tables
6. Software testing
6.1 Testing objectives
6.2 Testing principles
6.3 Testing strategies
6.4 Testing techniques
7. System implementation and maintenance
7.1 Implementation concept
7.2 Implementation procedures
7.3 Implementation plan
7.4 Post implementation review
7.5 System maintenance
7.6 System security measures
7.7 Future scope
8. Conclusions
Objectives and Topics
The primary goal of this research is to develop an integrated "Health helpline" web system that serves as an online encyclopedia for healthcare. The platform facilitates direct interaction between patients and doctors, allowing users to search for disease-related information, access health tips, and consult with specialists while enabling doctors to manage patient files and enhance their professional visibility.
- Centralization of diverse healthcare services into a single, accessible platform.
- Development of a role-based management system (Administrator, Doctor, Clinic, Patient).
- Implementation of secure medical record sharing and digital consultation workflows.
- System design using Data Flow Diagrams (DFD) and relational database management.
- Utilization of the Microsoft .NET framework and Visual Studio 2012 for software development.
Excerpt from the Book
3.1 Existing system
Nowadays there are many websites which resolves our health problems, in Wikipedia there is a facility to find out the different type of diseases, their symptoms, prevention etc. Some sites provide online consultancy, booking etc. But the client depends on each site for each purpose. Here we try to Co-ordinate the different functionality into a single website.
Disadvantages of existing system:-
• The existing system is not on-line
• No direct information for the user in the System
• Tracking of goods are done manually
• Time wasting due to lack of proper planning
• Repetition of work: if there are any changes to be made, the data will have to be entered again.
• More manpower will be wasted
• Processing delays.
Summary of Chapters
1. Introduction: Provides an overview of the proposed healthcare system, focusing on its function as an online encyclopedia and communication channel between doctors and patients.
2. System analysis: Defines the core concepts of system analysis and the scope of computerization required to make healthcare information accessible through secure, role-based access.
3. Materials and Methods: Contrasts the limitations of existing disparate health websites with the proposed integrated solution and details the feasibility study for the project.
4. System analysis: Outlines the software requirements, hardware and software specifications, and the technical environment, specifically focusing on Microsoft Visual Studio 2012 and the .NET platform.
5. System design: Explains the architectural design of the system, including module functions for different users and the use of Data Flow Diagrams (DFD) to map data movement.
6. Software testing: Describes the quality assurance process, detailing various testing strategies and techniques like white-box, black-box, unit, and integration testing used to ensure system reliability.
7. System implementation and maintenance: Discusses the transition from theoretical design to an operational system, including maintenance procedures, security measures, and potential future enhancements.
8. Conclusions: Summarizes the successful deployment of the system, highlighting its role in improving user satisfaction and efficiency compared to manual processes.
Keywords
Smart healthcare, Data flow diagram, Databases, Patients, Clinic, C++, ASP.NET, Microsoft SQL Server, Software testing, System analysis, Feasibility study, .NET Framework, Online consultation, Medical records, Web application
Frequently Asked Questions
What is the core purpose of this research project?
The project aims to create an integrated online healthcare platform that acts as an encyclopedia and communication hub, connecting patients with doctors to simplify access to medical tips, symptoms, and consultations.
Which user roles are supported in this system?
The system supports four main user modules: the Administrator, Doctors, Clinics, and Patients, each with specific functionalities and access levels.
What is the primary objective of the proposed system?
The primary objective is to replace fragmented and manual healthcare information systems with a centralized, electronic platform that increases accuracy, efficiency, and user satisfaction.
Which technologies were used for the implementation of the system?
The system was developed using the .NET framework, with C# as the programming language, ASP.NET for the front end, and MS SQL Server 2008 R2 for the back-end database management.
How is the reliability of the software ensured?
The software undergoes rigorous testing, including white-box and black-box testing, unit testing for individual modules, and integration testing to ensure components function correctly as a whole.
What are the characterizing keywords of this work?
Key terms include Smart healthcare, Data flow diagrams, ASP.NET, C++, software testing, and database design, reflecting the technical and functional scope of the study.
How does the system handle medical record sharing?
The system allows doctors to share patient files, such as treatment information, scanning reports, or X-rays, directly with other doctors within the platform, enhancing collaborative care.
How is user security maintained within the application?
Security is enforced through password protection, valid username/password requirements for every user, and the restriction of sensitive features to authorized personnel.
What future scope is envisioned for this platform?
Future enhancements include expanding the doctor’s directory into a community platform, adding online booking for medical camps and seminars, and enabling doctors to conduct epidemic surveys.
Why are Data Flow Diagrams (DFD) important in this design?
DFDs serve as the central tool for clarifying system requirements and modeling how data moves through various system processes, which is critical for transforming abstract requirements into functional programs.
- Arbeit zitieren
- Dr. Prem Jose Vazhacharickal (Autor:in), Sunil K. Joseph (Autor:in), Geethu Thomas (Autor:in), 2017, Smart healthcare. A general encyclopaedia for healthcare problems, München, GRIN Verlag, https://www.hausarbeiten.de/document/367320
