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Corresponding Author
Iin Karmila Yusri

Institutions
Computer and Networking Engineering Study Program, Politeknik Negeri Ujung Pandang

Occupational Health and Safety Department, Public Health Faculty, Hasanuddin university

Abstract
This paper presents a model of electronic medical record that developed in cloud computing environment. The model integrates the activity of recording, reporting, and utilizing medical data. Currently, hospitals and health centers in South Sulawesi use paper record for diagnosis and medicine prescriptions. The disadvantages of using paper record are it takes time to find patients data; especially referred patients, and the record are easily to damage and lost. The objective of the developed model is to synchronize all data patients in hospitals and health centers in South Sulawesi which allows all physicians in South Sulawesi improve their working efficiency and accuracy. Furthermore, the model system design offers high efficiency for operations such as data mining on the medical data collected during diagnosis. The data mining results can be applied on inventory planning, diagnosis assistance, clinical research and disease control and prevention.

Keywords
medical record, cloud computing, patients data, data mining

Topic
Management Information System

Link: https://ifory.id/abstract/DTGbu8k4ACH3

Corresponding Author
Savitri Citra Budi

Institutions
a,b,c) Medical Record and Health Information Management, Vocational College, Universitas Gadjah Mada

Abstract
Background: Infectious diseases that occur in the community as an immediate case to be taken. Fast and precise handling can be done. This hospital reported 379 cases of infectious diseases in 2016-2017. Variations in infectious diseases transmitted through animals are greater than direct infectious diseases. This study aims to determine the types of diseases transmitted through animals and trends that occur in 2016-2018. Method: This type of research is a quantitative descriptive study with a cross-sectional design. The research sample was all reports of infectious diseases that were published in the Hospital Early Warning System (KDRS). Research location in Type B Government Hospital in Kulon Progo Regency, Yogyakarta. Data collection uses documentation study techniques. Results: There are 11 types of diseases with 8 types of diseases confirmed and 3 diseases that have not been confirmed. Trends in the incidence of infectious diseases transmitted by paralyzed animals. Conclusion: The efforts of hospitals and communities to reduce the incidence are quite successful. A good reporting system is one of the supporting factors for the success of this program. Keywords: Infectious Diseases, Animal Diseases, Trends

Keywords
Infectious Diseases, Animal Diseases, Trends

Topic
Management Information System

Link: https://ifory.id/abstract/LWMRT7CNKQGV

Corresponding Author
winny setyonugroho

Institutions
Universitas Muhammadiyah Yogyakarta

Abstract
Background. HIS can play an important role to improve patient safety. Whilst implementation of an HIS still a dark area for many hospital management. The aim of the research is to identify the obstacles in the implementation of HIS, also the cost that bears to the hospital management in the implementation of HIS Method. A systematic search of the literature, which is published between 1982 and 2017 was conducted. We conduct the search in four databases, “PubMed”, “Science Direct”, and “Web of Science”. This study focuses on the obstacles and the implementation of HIS, especially the cost involved in the implementation. In this study, we include all types of information systems available and use within the hospital environment, not strictly to the Electronic Medical Record (EMR) only. Result. The obstacles to implementation are varied. From the lack of training, the lack of IT support, and even the most basic requirement, the lack of electricity. On the other side, the user also complains that is not comfortable in using the system, eg: computer that in a fixed position, worried about the security, and they do not believe that the system will solve the problems. Even one study report that they cancel the implementation. On the other side, the cost of implementation also varied, ranging from 3000 to 26 million US dollars. The differences in the cost are due to the difference in the complexity and the place of the implementation itself (ie. single department vs the whole hospital). Conclusion. With the cost of implementation that is considered expensive for a complex system, the anticipation of the probable problem is mandatory. The HIS implementation should be planned thoroughly and carefully, covering the aspect of hardware - software, data, users (people), and also policy.

Keywords
hospital information system, EMR, obstacles

Topic
Management Information System

Link: https://ifory.id/abstract/834QMJVabwZX