Vladimir Belov, Alex Samarkin, Natalya Ivanova


The article considers the common media of event and multiparadigmatic modelling, as applied to the modelling of the processes of medical institutions to serve the public. The possibilities of managing these processes and optimizing the use of available resources are considered. Formulated recommendations on the use of computer environments in the analysis of business processes and processes of care for the population.


Analysis; medical; modelling; queuing theory

Full Text:



Barjis J. Healthcare simulation and its potential areas and future trends // SCS M&S Magazine. – 2011. – № 2 (5). – Р. 1–6.

Chonde S., Parra C., Chang C.J. Minimizing flow-time and time-to-first-treatment in an emergency department through simulation / Proceedings of the 2013 winter simulation conference. – New Jersey: Institute of electrical and electronics engineers, Inc., 2013. – Р. 2374–2385.

Kuljis J., Paul R.J., Stergioulas L.K. Can health care benefit from modelling and simulation methods in the same way as business and manufacturing has? // Proceedings of the 2007 winter simulation conference. – IEEE, Piscataway, NJ, 2007. – Р. 1449–1453.

Longo F. Emergency simulation: state of the art and futer research guidelines // SCS M&S Mag. – 2010. – № 4. – Р. 1–8. 1

Marshall D.A., Burgos-Liz L., Jzerman M.J. Applying dynamic simulation modelling methods in health care delivery research-the SIMULATE checklist: Report of the ISPOR simulation modelling emerging good practices task force // Value in health. – 2015. – V. 18. Issue 1. – Р. 5–16.

White D.L., Froehle C.M., Klassen K.J. The effect of integrated scheduling and capacity policies on clinical efficiency // Prod. oper. manag. – 2011. – № 20 (3) . – Р. 442–455.

Zeltyn S., Marmor Y.N., Mandelbaum avishai and others simulation-based models of emergency departments. Operational, tactical, and strategic staffing // ACM trans. model. comput. simul. – 2011. – № 4. – Р. 25.

Belov V.S., Samarkin A.I. Integrated modeling of patient appeals in the medical and preventive institution in Simulink&SimEvents // Proceeding of the International Scientific Practical Seminar «Electromechanics. Electric Power Engineering. Information Technologies». Pskov, Russia, Pskov State University. – 2018. – P. 111-114 (In Russian).

Belov V.S., Samarkin A.I. Using the Simulink&SimEvents environment for modeling and evaluation of the efficiency of the work of the registration medical clinic (MC) // Proceeding of the International Scientific Practical Seminar «Electromechanics. Electric Power Engineering. Information Technologies». Pskov, Russia, Pskov State University. – 2018. – P. 115-118 (In Russian).

Belov V.S., Samarkin A.I. Discrete-event simulation of the work of registry offices outpatient clinics by means of Simulink&SimEvents // Proceeding of the XIII annual all-russian research and practical conference with international participation «health – the base of human potential: problems and ways to solve them». V.13, part 1: SPb. – 2018. – P. 224-232 (In Russian).

Belyshev D.V., Guliev Y.I., Malykh V.L. Business Process Modeling in Healthcare Organizations // Vrach i informatsionnye tekhnologii. – 2014, №5, P. 78-90. (In Russian).

Voronova L.V., Golchevskiy Yu.V. Statistical modeling in management accounting processes by the example of the medical department of the educational institution // Vrach i informatsionnye tekhnologii. – 2014, №3, P. 46-57. (In Russian).

Guliev Ya.I., Belyshev D.V., Mikheev A.E. Modeling of business processes of health facility: classification of processes // Vrach i informatsionnye tekhnologii/ – 2015, №4, P. 6-13. (In Russian).

Kondratyev M. A. Simulation modeling in medicine: multi-agent model of influenza spread // Computer tools in education – 2011, № 4. – P. 32-36. (In Russian).

Seliverstova K.A., Balyasnikova L.D., Luchaninov D.V. Modeling the work of the polyclinic registry // Postulate/ – 2018, № 6. [electronic resource]. Access mode: (In Russian).

Tepluakova E.D., Shcherbakov S.M. Improvement of preventive inspection and clinical examination in outpatient conditions based on simulation // Kuban scientific collection. – 2018, № 4 (153). – P. 124-131. (In Russian).

Togunov I.A. Simulation modeling as an information technology for effective managing the relation between public health units // Informatsionnye tekhnologii v zdravookhranenii. – 2001, № 2-3. – P. 28-29. (In Russian).

Khairullin I. Process approach and formalization of processes in the activity of medical organization // Quality Management in health care – 2015, № 1. [electronic resource]. Access mode: (In Russian).

Khachumov V. M., Pogodin S. V. Modeling of work of medical institution as system of mass service // Scientific and Technical Information Processing. – 2010. № 1. – P. 49-56. (In Russian).

Shcherbakov S.M., Teplyakova E.D., Rumyantsev S.A., Vasilenok A.V. Simulation for outpatient medical organization management // Social aspects of public health. – 2017, № 4 (56). [electronic resource]. Access mode: Russian).



  • There are currently no refbacks.

SCImago Journal & Country Rank