With the rapid development of computer technology, automated management has been implemented in many places, and hospitals are no exception. In most hospitals, whether it is the registration desk or the window for taking medicine, you will see a long line. Obviously, this will waste too much time for patients in the process of seeking a doctor. Secondly, for those elderly patients, some do not know each department well, and do not know which department to register. All these problems need to be solved urgently.
This system is for patients' convenience and quick medical treatment, without having to get up early to queue for a long registration line, and for patients who don't know the department well, the system intelligently recommends the department. In this way, the hospital can better manage, improve the medical environment, and improve the efficiency of medical treatment, so that doctors can diagnose patients efficiently, so that examination and treatment can be carried out most effectively. Ultimately, medical treatment becomes efficient, convenient and intelligent.
The hospital registration system based on SSM is designed to facilitate patients to seek medical treatment, improve the diagnosis efficiency of doctors and improve the medical environment. The main functions are:
patients register according to their registered health card number or ID card, divided into the same day registration and appointment registration, and can also cancel the appointment and check the appointment status. Patients can recharge and pay, prepay examination fees, prepay registration fees, etc. You can also keep the balance in the health card for various hospital payments. Finally, patients can also check the doctors in each department and check the reports. When a doctor logs in to his account, he can see the patient registration status on the doctor's clinic page, and diagnose in turn according to the clinic number. The doctor edits the checklist according to the patient's health card number and condition. The checklist includes the items to be checked by the patient, the address of the check, and precautions. The doctor searches the patient medication interface for the name of the medicine to be prescribed by the patient, and can set the dosage. In addition, doctors can also update on-duty information, view patient reports, and enter patient visits to form an electronic medical record. The system administrator mainly checks the addition, deletion, modification and modification of patient information, doctor information, report information, and drug information.
This system is mainly divided into four parts: patient function module, doctor function module, administrator function module and other function modules. Among them, the patient function module mainly includes registration, browsing of departments, inquiring reports, applying for health cards, and the ability to select departments using the intelligent diagnosis guidance function. The doctor function module includes querying patient registration status, uploading personal profiles, issuing examination sheets, administering medicines for patients, viewing patient reports, entering patients' visits and forming electronic medical records. The administrator function module includes the management of patient information, doctor information, drug information, and report information. Finally, other functional modules include the login and registration of patients and doctors, and the recharge and payment functions of patients. 
Contents
Abstract I
Abstract II
1. Introduction 1
(1) Background of project development 1
(2) Purpose of project development 1
2. Feasibility analysis and overall design principles 2
(1) Feasibility analysis 2
1. Technical feasibility 2
2. Economic feasibility 2
3. Social feasibility 3
(2) Overall design principles 3
3. System analysis 5
(1) Business process analysis 5
(2) Data flow diagram 6
(3) Data dictionary 9
4. System design 13
(1) System function design 13
(2) ) System database design 14
1. Conceptual structure design 14
2. Logical structure design 18
3. Database Table Design 18
(3) Selection of System Development Tools and Development Mode 20
1.. System Development Tools 20
2. System design pattern 21
V. System realization 22
(1) User module 22
1. Login and registration management module 22
2．First interface 23
3. Appointment registration interface 24
4．Intelligent diagnosis guide interface 25
5．Recharge account interface 26
6．Case management interface 27
(3) Administrator module 28
1. Login interface 28
2. Appointment registration management interface 28
3．User management interface 29
VI. Performance testing and analysis 30
(1) Importance of testing 30
(2) Research and selection of test cases 30
(3) Test environment and test conditions 31
(4) Example test 32
(5) System evaluation 32
(6) Test results 33
References 35
Acknowledgements 36