Abstract

We developed a combined method for forecasting of the process of occurrence of emergency situations of a natural character. In contrast with other methods, it makes it possible to perform a complex forecasting of emergency situations, both in general and by types, taking into consideration trends of periodic changes in the process. We considered a number of emergencies for a certain period of time as a generalized parameter of the process. Taking into consideration an influence impact of all destabilizing factors, we should present the process in the form of an additive mixture of systematic, periodic, and random components. The systematic component is a polynomial of some degree. We performed detection and assessment of the periodic component based on the statistical criterion, which subordinates to the chi-square distribution. We used the method of group consideration of arguments to forecast the random component. We should carry out forecasting of emergency situations by type by the probabilistic-statistical method of forecasting. The need to develop a combined forecasting method appears is due to that the existing methods for forecasting of emergency situations focus mainly on forecasting of certain types of emergency situations. Existing methods do not solve the problem of complex forecasting of emergency situations. We should also note that the presence of periodic components of an arbitrary form is characteristic for the process of occurrence of natural emergencies. Consideration of such components in the forecasting of emergency situations makes analysis of the processes of occurrence and development of emergency situations deeper. In the process of experimental studies, we found that the use of the combined method makes it possible to perform forecasting of emergency situations at least a year ahead with a relative forecast error of no more than three percent. The combined method combines the regression analysis method, the method of verification of statistical hypotheses and the method of group consideration of argument. This proves usefulness and expedience of the method. That makes it possible to compensate disadvantages of some methods using other methods, which would lead to the improvement of forecast accuracy

Highlights

  • There is a persistent tendency throughout the world to the increase in contradictions between man and his natural environment nowadays

  • Taking into consideration an impact of all destabilizing factors, it is necessary to present the model of the process of changing of the generalized parameter in the form of an additive mixture of a systematic component, which characterizes irreversible processes of drift of parameters, periodic and random components

  • Such model makes it possible to take into consideration an influence of all destabilizing factors on the process of changing of the generalized parameter more fully and to analyze causes of occurrence of an emergency more deeply

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Summary

COMBINED METHOD FOR

PREDICTING THE PROCESS ного параметру даного процесу розглядається кiлькiсть надзвичайних ситуацiй за деякий перiод часу. З врахуванням дiї всiх дестабiлiзуючих факторiв цей процес доцiльно зобразити у. EMERGENCIES OF NATURAL виглядi адитивної сумiшi систематичної перiодичної та випадкової складових. Систематична складова уявляє собою полiном деякого ступеня. CHARACTER складової здiйснюється на основi статистичного критерiю, пiдпорядкованого хi-квадрат розподiлу. Для прогнозування випадкової складової використовується метод групового врахування аргументiв. Прогнозування надзвичайних ситуацiй за видами здiйснюється ймовiрнiсно-статистичним методом прогнозу

Ivanets
Nakonechnyi
Introduction
Literature review and problem statement
The aim and objectives of the study
Findings
Conclusions
Full Text
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