4. PROBLEM STATEMENT
Our HOSPITAL MANAGEMENT SYSTEM is aimed to the Self-diagnosis
with hospital management system is to provide a self-test to the
patient, if hospitals are not available in near places. This system
provides an additional facility, that is patient can interact with an
appropriate doctor through online chatting or Discussion forum. This
system includes registration of patients, storing their details into the
system, and also computerized billing in the pharmacy, and labs.
5. SCOPE
The purpose of the project is to provide a self-test to the patient, if
hospitals are not available in near places. Patient can get appropriate
suggestions to his problem. This application generates a report
regarding patient’s health condition. That report may contain patient
disease name, his symptoms intensity level and the suggestion
provided by system.
The goal of any system development is to develop and implement the
system cost effectively; user-friendly. This suggestion may be in the two
forms. First suggestion may be an appropriate medicine based on
symptom Intensity level; second suggestion may be a specialized doctor
meeting that means his disease may be in a critical state. The first step
in system development life cycle is the identification of need of change
to improve or enhance an existing system. Many problems were
identified during the initial study of the existing system.
11. ACTIVITY DIAGRAM
• Activity diagram are the flowcharts, showing the flow of control
from activity to activity.
• Activity diagrams represent the business and operational work
flows of a system.
13. An “Interaction diagram" that models a single scenario executing
in the system.
-perhaps 2nd most used UML diagram (behind class diagram)
SEQUENCE DIAGRAM
15. COLLABORATION DIAGRAM
• Is an interaction diagram that emphasizes on structural
organization of objects that send and receive messages.
• Graphically, is a collection of vertices and arcs.
• Describes a specific scenario.
• Shows association among objects along with interaction.
• Same as sequence, but shown in a different way.
17. CLASS DIAGRAM
• A class diagram describes the types of objects in the system
and the various kinds of static relationships that exist among
them.
• A graphical representation of a static view on declarative static
elements.
• A central modelling technique that runs through nearly all
object-oriented methods.
• The richest notation in UML.