INDEX
1.
INTRODUCTION 1.1 1.2 1.3
Background Objectives Existing System and Proposed System 1.3.1 1.3.2
Existing System Proposed System
2.
SURVEY OF TECHNOLOGIES
3.
REQUIREMENTS AND ANALYSIS 3.1 3.2 3.3 3.4 3.5 3.5
4.
Problem Definition Requirements Specification Planning and Scheduling Software and Hardware Requirements Preliminary Product Description Conceptual Models.
REFERENCES
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INTRODUCTION The establishment and improvement of doctor-patient interaction system is a very important requirement, especially now when the mobile communication technology is developing rapidly. The advantages of mobile web can be made full use of to make up the time and distance gap between doctors and patients and to provide fast and adequate medical services. Through the connection between mobile terminals and specific service, both doctors and patients are able to obtain required data to achieve a better interaction. Android is a Linux based open source operating system which is mainly used in portal devices with excellent performance thus making its market share growing. The platform, Web services and database technology are all gradually maturing, so that we can develop a doctor- patient interaction system on Android platform to meet the needs of the patient and provide doctors more efficient and convenient means of communication with patients. The project is to follow the software life cycle, through stages of demand analysis, system design, system implementation, system testing and maintenance, to design and develop an outpatient appointment registration system based on B/S model. It provides learning programs for the experimental teaching courses of “Medical Informatics” and “Hospital Information System” for students majored in computer science focused on medical informatics in our school. It can also be used in medium and small hospitals as an outpatient appointment registration system.
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BACKGROUND In today’s world if someone wants to book a Doctor’s Appointment we need to call in clinic or personally go to that place and book the appointment. This consumes precious time of the patient. Also if the doctor cancels his/her schedule, the patient does not come to know about it unless he/she goes to the clinic. The objective of this project is to build a system that will ease the process of booking appointment of the doctor. The patient will book the appointment through his/her mobile phone. The doctor will come to know the number of patients he has to attend whole day. The system will save patient’s as well as doctor’s time. It will save the receptionist’s paper work. The system will prove to be useful for doctor as he can check his appointments whenever and from wherever he wants from his mobile phone.
OBJECTIVES 1) New patients can fill up an online registration form giving all the details of their illness, they are called for physical examination by the doctor on a specified date. 2) After going through all the details, the doctor either confirms the registration of the patient or rejects it. 3) All registered patients can book the appointments of the doctors. Doctors are available for consultation only on specific days. 4) The appointments can be booked only for a time slot of 15 minutes on specific dates.
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EXISTING SYSTEM Under manual Online Doctor System, you have to first wait in line to take appointment for the doctors and wait for your time to have meet with them and discuss on your health problems.As you have to provide your information and other reports many times at different places such as the medicine store which is again a burden of carrying documents. You have to be present physically at the doctor’s cabin. Patients have to visit on another day of after some hours to take their health reports which involves extra care person with patients anytime. Under manual system, the only accepted payment method is by cash and if patients due to some reasons are not having cash on time may face difficulties and not able to get treatment.
PROPOSED SYSTEM To make a truly Online Doctor System system to have meet with online doctors, all manual process has been automated through this system. Patient have to fill online form by which id and password created and sended to their email and upon accepting data, automatic login to patient panel. Through this panel, patients can select the doctors and have appointment with them on their time from their own place. Patients will get all their reports and medicine prescriptions in their inbox by notification indication just after appointment session. There is no need of cash and a secure payment gateway has been used to pay the required fees using their account or debit or credit card.
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SURVEY OF TECHNOLOGIES To develop this package different types of tools and database are used which are as follows: 1.
ASP.NET
2.
Microsoft-sql server 2008
3. Microsoft word processor 1. ASP.NET :
ASP.NET is an opensource server side - web application framework designed for web development to produce dynamic web sites, web applications and web services . It was first released in January 2002 with version 1.0 of the .NET framework, and is the successor to Microsoft's Active Server Pages (ASP) technology. ASP.NET is built on the Command Language Runtime (CLR), allowing programmers to write ASP.NET code using any supported .NET language . The ASP.NET SOAP extension framework allows ASP.NET components to process SOAP messages. ASP.NET is in the process of being re-implemented as a modern and modular web framework together with other frameworks like Entity Framework .The new framework will make use of the new open-source .NET Compiler Platform (code-name "Roslyn") and be cross platform ASP.NET MVC, ASP.NET Web API, and ASP.NET Web Pages (a platform using only Razor pages) will merge into a unified MVC 6. The project is called "ASP.NET vNext". 2.Microsoft-SQL Server 2008 Microsoft SQL Server fulfills these responsibilities : Reduction and redundancy : Centralized control of the DBA avoids the unnecessary duplication of data and effectively Reduces the total amount of data storage required. It also eliminates the extra processing and of the inconsistencies e.g. Same format of grade card for all student.
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REQUIERTMENT SPECIFICATION On the basis of appointment scheduled in a Hospital about all the functions that deals with Patient Appointment following requirements are specified.
Functional Requirements : The Functional Requirements of the project are as follows:
To provide the functionality to patients to appear for the apply online.
To provide login interface through which only authorized user can pass by.
The timer facility should be provide once the patient appears online.
The web application provide Quick access to appoint.
The system should support WAN so that appointment can accept from anywhere.
This system should handle multiple patients and users at the same time.
To functionally enable Admin Controller to define criteria and create Admin and Experts.
To functionally enable Process Dept Admin to manage scheduled process.
To functionally enable Transaction Dept Admin to declare transactions.
To functionally enable Patient to send their Feedbacks.
Non-Functional Requirements The Non-Functional Requirements of the project are as follows:
The system should be reliable and robust.
The system should be User friendly.
The system should be completely Consistent and Secure.
Interface requirements
Interface should be easy to follow, Page 6 of 11
Interface shouldn’t have very much graphics,
Interface shouldn’t have hidden buttons, and
Interface should produce relevant error message.
PLANNING AND SCHEDULING Gantt chart : Gantt chart are a project control technique that can be used for several purpose including scheduling and planning. Gantt chart is also known bar chart with each box representing an activity.
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Pert chart: Pert stands for program evalution and review technique. A pert chart is a network of boxes and arrows. The boxes in the pert chart can be decorated with starting and ending dates for activities.
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SOFTWARE AND HARDWARE REQUIREMENT SPECIFICATION Hardware Requirements: 1. 100 MBPS processor 2. RAM 3. Cache Memory 4. Hard Disk 5. Lancard 6. HUB
: Intel Pentium III 1.2 GHz : 132 MB : 512 KB : 20 GB : 10/100 MBPS : 1012
Software Requirements: 1. Operating System 2. Front End 3. RDBMS Tools Used
: WINDOWS 2007 / WINDOWS : ASP.NET : SQL SERVER 2008
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