Abstract
The problem of resource support planning in the process of reforming and developing rescue units of regional life safety systems is highlighted in this research. The absence of methods that allow optimizing the required amount of rescue equipment of the region in accordance with the optimal safety criterion is emphasized. Formulated the task of optimizing the safety criterion with the parameter of the number of rescue equipment and limitation in the form of logistical support capability. According to the results of previous studies, the algorithm and its software were developed for implementation in relation to planning of logistic support of rescue units (in the context of providing rescue equipment), which allows to determine the index of the optimal number of rescue units. The developed algorithm was tested on the example of administrative-territorial units of Lviv region, which showed its effectiveness.
Highlights
The processes of change of the administrative-territorial structure in the country in accordance with the Strategy of reforming the state administration give rise to changes in the system of protection of the population from emergency situations
We have defined the proper combination of professional rescue units of the Emergency Situations of Ukraine and voluntary fire brigades, which is focused on a certain administrative-territorial unit as a regional system of life safety
This approach does not allow for a differentiated approach to determining the required amount of rescue equipment depending on the needs of the studied region and contradicts the coordination functions of logistics
Summary
The processes of change of the administrative-territorial structure in the country in accordance with the Strategy of reforming the state administration give rise to changes in the system of protection of the population from emergency situations. Those works that are relevant to the issue of resource support is not the answer to the question: how to determine the optimal number of rescue equipment and to distribute it between the rescue units of the researched region at the stage of material resources planning. You must complete the following tasks: to formulate the task of optimizing the amount of rescue equipment of the studied region; implement a method of optimizing the number of rescue equipment based on queuing theory in the form of an algorithm with subsequent software implementation using Java; to research the effectiveness of the developed algorithm on the example of determining the optimal number of rescue equipment for the united territorial communities of Lviv region (Ukraine)
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