scholarly journals RFID-based Information System for Patients and Medical Staff Identification and Tracking

Author(s):  
Tudor Ioan ◽  
Cristina Turcu ◽  
Cornel Turcu ◽  
Marius Cerlinc
1984 ◽  
Vol 62 (1) ◽  
pp. 18-20
Author(s):  
Linda Kushman

Author(s):  
V. I. Tsymbaliuk ◽  
V. Z. Stetsyuk ◽  
A. Yo. Savytskyi ◽  
Yu. O. Luhovskyi ◽  
O. L. Pichkur

<p>This article is about creating information system for the rehabilitation Department of Neurosurgery.</p><p>To develop the information system needs to explore the work of department, examine the medical documentation and statistical reporting forms which doctors using in their work. Determine the sequence of making records into documentation. And finally make list of requirements for application with help of medical staff.</p><p>The software was developed by using C# language and the database server MySQL. It has five major systems and several ancillary subsystems. The major systems are: saving personal and clinical patient information, editing inputted data, showing data, ensuring the integrity and accuracy of database, the implementation of access to the same database from different computers. Auxiliary subsystems include: creating medical documentation, blocking form’s elements, searching for patient through database, making statistic over some period of time, creating folders for every patient and others. There was designed user interface that allows doctors to reduce time for learning functionality of application.</p><p>Information system has positive effect. It saves time for medical staff and reduces the possibility of inputting wrong information. Application does not require high hardware characteristics of computer.</p>


2019 ◽  
Vol 125 ◽  
pp. 25001
Author(s):  
Nova Christina Sari ◽  
Retno Kusumaningrum ◽  
Suryono Suryono

Doctor is one of the medical staff who is needed by the community in implementing health in Indonesia. Some provinces in Indonesia have different populations and doctors, an analysis is needed to maximize the number of doctors to the population. In this research, the K-means method was used to divide the cluster into the number of doctors needed and the chi-square method to final testing for the result of clustering. This research will provide results on areas that need to increase the number of doctors or do not need to add additional doctors in Indonesia. Using of the K-means clustering method and chi-square test for doctor analysis, giving results of accuracy which is 78%.


2019 ◽  
Vol 34 (s1) ◽  
pp. s131-s131
Author(s):  
Pei Fang Lai ◽  
Ying Fang Zhou ◽  
Pin Shou Chen

Introduction:The best first-aid treatment for cardiac arrest patients is Advanced Cardiac Life Support (ACLS) to not only hope to save lives but to also leave minimal sequelae. The American Heart Association (AHA) published updated ACLS guidelines for care in 2015 emphasizing the concept of teamwork in resuscitation. However, the actual use of ACLS is not easy due to stress and unfamiliarity with the process.Aim:Therefore, we want to use the information technology to assist the medical team to implement the ACLS process. This information system can help us to save time and labor, as well as increase precision. In addition to this, data analysis is more convenient, which facilitates the management and supervision of resuscitation quality.Methods:An information system was developed using responsive web design (RWD) website. It can be used on a variety of devices, such as desktops, tablets, or mobile phones, and can be updated simultaneously. The system requires non-synchronous operation to be used in a wireless network environment. When the information system is in operation, the medical personnel can perform the resuscitation actions according to voice prompts, which can periodically remind staff to check rhythm, give correct medication dose, and identify whether defibrillation shock is needed. At the same time, the entire process can be recorded instantly. After the file is uploaded, the medical records are complete at the same time.Results:After 3 months, the satisfaction of medical staff reached 80.3%, the rate of return of spontaneous circulation (ROSC) of OHCA cases elevated to 45% from 15%, and discharge without neurological sequelae elevated to 33% from 27.4%.Discussion:All hospital staff can use this system to assist in the correct implementation of advanced CPR. It improves the quality of resuscitation and reduces the burden on clinical and writing medical records of medical staff.


2020 ◽  
Vol 6 (6) ◽  
pp. 278-281
Author(s):  
Himali Wijegunasekara ◽  

Introduction: Many governments have permitted private providers to invest in health care, as a cost sharing effort. However, it is essential to assure the reliability, quality and safety of their service provision. Therefore, Regulations have been set out and supervised by regulatory bodies to improve quality, safety and effectiveness of care. In this regard, Sri Lanka has enforced the “Private Medical Institutions (Regulation) Act- No 21 of 2006” which is the foundation for the private health sector regulatory framework. Description: Private Health Services Regulatory Council was formulated for the regulation, registration, monitoring and inspection of private medical institutions and facilitate their development. Many functions are in operation to accomplish its objectives. Feeling: I feel contented about the well formulated and enacted regulatory framework; and rapid expansion of private health sector in infrastructure and in high technology; however, I feel unhappy about not having a proper mechanism for performance evaluation and disciplinary actions for any malpractices; and about weaknesses in coverage of registration. Evaluation: Presence of a Private Medical Institutions (Regulation) Act, regulatory framework and a Regulatory Council; clear objectives, multidisciplinary stakeholders; involvement of the Provincial Director and Regional Directors, formulating guidelines, Quality Assurance programs, and Health Information Management System were identified as good. Monitoring for registration of GP centres; dealing with malpractices; attending public complaints; performance evaluations; fulltime medical staff and Health Information System seemed to be not satisfactory. Analysis: Some factors such as legislative power; participatory decision making; improved accountability and responsibility; availability of network of field officers; and aiming at a standardized system have positively impacted on the performance of private sector. At the same time, inadequate fulltime medical personal, resistance of labor unions; taxation issues; inadequacy of resources and coordination have negatively impacted. Conclusions: Private health sector regulatory framework has shown both strengths and weaknesses in implementation. Recommendations: Recommendations were suggested to strengthen development of permanent medical staff, monitoring over registration and operations, performance displaying, implementation of penalties for malpractices, maintenance of Health Information System, and price stability.


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