This document describes a proposed patient database management system with wireless transmission and security features. The system would store a patient's medical history, including medications and reports, on a server for easy access. It would allow for remote transmission of a patient's records with necessary information. The system is designed as several modules, including patient entry, admin login, fingerprint enrollment and recognition, database search and display. It aims to facilitate diagnosis for doctors through remote monitoring of patient records.
This document describes a proposed patient database management system with wireless transmission and security features. The system would store a patient's medical history, including medications and reports, on a server for easy access. It would allow for remote transmission of a patient's records with necessary information. The system is designed as several modules, including patient entry, admin login, fingerprint enrollment and recognition, database search and display. It aims to facilitate diagnosis for doctors through remote monitoring of patient records.
This document describes a proposed patient database management system with wireless transmission and security features. The system would store a patient's medical history, including medications and reports, on a server for easy access. It would allow for remote transmission of a patient's records with necessary information. The system is designed as several modules, including patient entry, admin login, fingerprint enrollment and recognition, database search and display. It aims to facilitate diagnosis for doctors through remote monitoring of patient records.
This document describes a proposed patient database management system with wireless transmission and security features. The system would store a patient's medical history, including medications and reports, on a server for easy access. It would allow for remote transmission of a patient's records with necessary information. The system is designed as several modules, including patient entry, admin login, fingerprint enrollment and recognition, database search and display. It aims to facilitate diagnosis for doctors through remote monitoring of patient records.
Department of Electronics and Telecommunication Engineering Savitribai Phule Pune University ,cshubhangi556@gmail.com ,pranilshinde141@gmail.com,arshiyamaniyar11@gmail.com Fig. 1 BLOCK DIAGRAM Abstract— This paper illustrates the design and implementation of an patient’s database management with efficient transmission of major(threshold) parameters. This system is aimed at developing a set of modules which can facilitate the diagnosis for the doctors through tele- 2. DESCRIPTION OF BLOCK DIAGRAM monitoring of patients record. The medical history of each patient including medications and medical report are stored PATIENT’S ENTRY:- This block refer to the patient on a server for easy access. The paper presents a system for which is coming for treatment in hospital. The patient hospitals to transmit the patient records over remote places may be new or have registered before. with suitable required information. NEW ENTRY OR UPDATE:- If Patient is visiting I.INTRODUCTION first time in hospital then it is necessary to enter his personal details. This entry Now a day’s everything is been digitized. In hospitals or updation is done by only authorized there is lot of data to handle manually and it is very person in hospital. difficult to carry each and every report while visiting the hospital .So it is beneficial to store all this data and ADMIN LOG IN:-For security purpose it is necessary digitize the information. The digitization of the data of that only authorized person have the access to the the healthcare industry is happening fast. A major result patient’s database. This authorization is given by of this transformation from paper to electronic record is assingning password to enter the database and update. proliferation of healthcare data and with that, of course comes the healthcare database[1]. ENROLLMENT OF FINGERPRINT:- The Security is essential in dealing with database fingerprint of new user will be enrolled to create their management. In hospitals, there should be security so database in the system. that everyone should not have access to the data in the hospital’s database[2]. There should be authentication so ENTRY OF PATIENT:-All the details about the that unauthorized person is not allowed to gain any patient such as personal details, doctors detail, reports etc knowledge about the data[3]. will be entered.
FINGERPRINT RECOGNITION:- The patients
who have already enrolled the fingerprints will directly can se their reports ,profile etc by just by just placing their finger on the fingerprint module. The fingerprint will be recognized by matching it with the enrolled fingerprint in the database[5].
SEARCH IN DATABASE:-If the fingerprints are
matched then based on the identity , it will search in the database for the patients detail[4].
DISPLAY:-After the searching is done it will display
the profile of the recognized patient. This module keeps record of the indoor patients admitted, new outdoor patients, old outdoor patients revisiting the hospital for check-up, patients discharged, METHODOLOGY employees working in the hospital, details of the rooms issued to the patients, charges of various rooms, room System Analysis transfers of the patients within the hospital, receipts for advance and bill payments, etc. A detailed study of various operations performed by a system and their relationships within and outside of the Billing: system was done. Data was collected from the available files, decision points and transactions handled by the This module is used for managing the billing of present system[5]. patients including all kinds of charges such as room charges, doctor charges and other miscellaneous charges Present System deducting the net advance paid, if any and discount provided, if any. The existing system, which is managed manually, faces many problems, such as difficulty in data storage Login: and retrieval, data inconsistency, data insecurity, risk of data loss, wastage of time in maintaining paper work and This module deals with the security matters, user many more. All the information about the patient’s logons and authentications. It is used to create new users, treatment is maintained on the patient’s card. When the who can login to the software of hospital and change patient visits the hospital for treatment, he is given a card password, if a user finds some security problems. Proper indicating the date of visit, name of the doctor giving the authorization will be done to take care of who is treatment, check-ups done, name of the disease and accessing the database – Administrator, CMO, doctor, proper prescription[7]. Thus the card contains complete operator or patient. history of the patient. When the patient visits the hospital he has to carry all the reports and card with him. Disadvantage of this manual system is that the patient needs to carry his card with him every time. It may be the case that the patient gets ill on the way, when he is out of city and may not carry the card with him. In that case he may have to undergo all the tests again. Thus the treatment may be delayed. Hence the traditional hospital management systems are not efficient. The requirement analysis discovered necessity of having automation and computerization of the entire working of the system that would result in reduction of paper work, faster access to the entire contents, easy and durable storage, ease in the process of handling accounts like bill payments and receipts, capability of the software to maintain patient details, etc[4]. To prevail over all these drawbacks, the Online Hospital Management Information System has been developed.
Proposed System
This software automates and manages the working of
hospitals. The database system keeps track of data required for various departments in a hospital[8]. The whole project is divided into following modules: FIG2: FLOW CHART Patient Details (IPD/OPD): 3.RESULTS: analysis of physical examination templates in electronic health records using SNOMED CT", International Journal of Medical Informatics, vol. 83, Issue 10, pp. 736-749, October 2014.
[5] J.T. Carter, "Electronic Medical Records and
Quality Improvement", Neurosurgery Clinics of North America, vol. 26, Issue 2, pp. 245-251, April 2015.
4.CONCLUSION : [6] O. Stan, D. Sauciuc and L. Miclea, "Medical
informatics system for In this project, we have interfaced fingerprint Romanian healthcare system", E-Health and module R307 with arduino and enrolled different Bioengineering Conference fingerprints with different ID’s using adafruit library. We (EHB) 24-26 Nov. 2011, pp. 1-4, 2011. used fingerprint recognition minutia scoring method (FRMSM) .All the fingerprint got matched successfully.We implemented front end of the database [7] J. Liu, X. Huang and J.K. Liu, "Secure sharing of using visual basics (VB) and back end using MYSQL. Personal Health Records in cloud computing: Ciphertext-Policy Attribute-Based 5.REFERENCES : Signcryption", Future Generation Computer Systems, vol. 52, pp. 67-76, [1] H. Wang, Q. Wu, B. Qin and J. Domingo-Ferrer, November 2015. "FRR: Fair remote retrieval of outsourced private medical records in electronic health [8] J. Haskew, G. Rř, K. Saito, K. Turner, G. networks", Journal of Biomedical Informatics, vol. 50, Odhiambo, A. Wamae, S. pp 226-233, Sharif and T. Sugishita, "Implementation of a cloud- August 2014. based electronic medical record for maternal and child health in rural Kenya", [2] J. Li, C. Liu, B. Liu, R. Mao, Y. Wang, S. Chen, International Journal of Medical Informatics, vol. 84, J.J. Yang, H. Pan and Issue 5, pp. 349- Q. Wang, "Diversity-aware retrieval of medical 354, May 2015. records", Computers in Industry, vol. 69, pp. 81-91, May 2015.
[3] R. Chauhan and A. Kumar, "Cloud computing for
improved healthcare: Techniques, potential and challenges", E-Health and Bioengineering Conference (EHB) 21-23 Nov. 2013, pp. 1-4, 2013.