Journal: Volume 21, No. 4, 2016
Pages: 46 – 52
528 Views

The development of automated system of medical research records

Liubov Oksamytna, Oksana Kravchenko

Abstract

Introduction. Reforming of health protection of Ukraine is impossible without a radical change of organization and management system. Large-volume automated personalized database, accumulated in health care system, opens up entirely new possibilities of research and allow for unique in design research. One of the main directions of the use of automated systems in medicine consists in the introduction of paperless documents circulation. The purpose of scientific work. This study aims at the development and implementation of automated software system of medical clients records ''Sudmedekspertyza'', which would allow to manipulate a large number of medical data. Formulation of the problem. The article considers the nature of forensic expertise and explores the process of creating an automated system for medical research ''Sudmedekspertyza''. Summary of the main part. In order to achieve this goal, it is necessary: - to study a subject area for creation of automated system of medical research; - to determine functional requirements for the system; - to analyze existing analogues in medical systems, workstations and automated modules; - to select database structure and means for its implementation; - to design database structure for information storage; - to select the means for tool software development; - to make software implementation. The result is a product development in the programming language Java. Automated system of medical research ''Sudmedekspertyza'' is a software tool for laboratory data storage, which is designed to facilitate forensic examination, as in its base contains detailed information about the patient, the family, the cause of death and laboratory findings of doctors. Conclusions. The quality and efficiency of forensic medicine largely depend on the use of modern technologies. The problem belongs to the class of tasks that perform preservation and manipulation by a large number of medical data. The program is designed to maintain medical records of clients. Clear and user-friendly interface enables you to program. It is a network application, i.e. it can simultaneously operate a large number of users

Keywords

automated system, programming language Java, medical records of clients, forensic expertise, document circulation, medical data, database, automation, medical research, algorithm

References

  1. Avdeev, M.I. (1972). Some theoretical issues of forensic medicine and forensic medical examination. Topical Issues of Forensic Medicine, 3–6.
  2. Bogomolov, D.V., & Bogomolova, I.N. (2002). The role and prospects of applied logic in modern forensic medicine (towards a modern paradigm of science methodology). Problems of Expertise in Medicine, (3), 5–8.
  3. Bogomolov, D.V., Pigolkin, Yu.I., & Korovin, A.A. (1998). Methodological aspects of determining the time of death. In Materials of the XIII Plenum of the All-Russian Society of Forensic Physicians (pp. 43–44). Moscow.
  4. Bolgov, M.Yu. (2010). Automation of medical institutions: User manual for TherDep5. Kyiv: Kupriyanova.
  5. Characteristics of the object of forensic and forensic medical examination: Literature review (2003). Moscow. Deposited in GCNMB, No. 27320.
  6. Computed tomography systems – Medical devices pipeline assessment (2016). PR Newswire.
  7. Gedygushev, I.A. (1999). Forensic medical examination in the reconstruction of circumstances and conditions of injuries: Methodology and practice. Moscow.
  8. Holovin, R.O., Kravchenko, O.V., & Oksamytna, L.P. (2016). Development of an information-analytical system for medical records of clients "Forensic Expertise". In Fundamental and Applied Research in Modern Science: Proceedings of the 4th Scientific Conference (Kharkiv) (p. 52). Kharkiv: Technological Center.
  9. Kapustin, A.V., & Isaev, A.I. (2004). Some relevant issues of the organization and performance of forensic medical examinations. Forensic Medical Examination, (1), 7–10.
  10. Moskalenko, V.F., & Mykhailychenko, B.V. (Eds.). (2011). Forensic medicine. Kyiv: VSV “Meditsyna”.
  11. Problems of training forensic medical experts: Literature review (2003). Moscow. Deposited in GCNMB, No. 27318.
  12. Schildt, H. (2015). Java 8. The complete reference (9th ed.). Moscow: Williams.
  13. Shamsi, E.S. (2003). Forensic medicine: Textbook for universities. Ternopil: TGYUI.
  14. Subject of forensic and forensic medical examination: Literature review (2003). Moscow. Deposited in GCNMB, No. 27319.
  15. Top 10 best medical alert systems (2016). ReviewsBee.com.
  16. Vermel, I.G., & Solokhin, A.A. (1995). Formal logic in forensic medicine. Moscow: RMAPO.
  17. Vinberg, A.I., & Malakhovskaya, N.T. (2016). Forensic expertology: General theoretical and methodological problems of forensic examinations.

Suggested citation

Oksamytna, L., & Kravchenko, O. (2016). The development of automated system of medical research records. Bulletin of Cherkasy State Technological University, 21(4), 46-52.