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Statistické šetření časového a ekonomického vývoje vybraného typu mimořádné události / The statistical investigation of time and economical development of the extraordinary incident kind selected

This dissertation called The Statistical Investigation of Time and Economical Development of the Extraordinary Incident Kind Selected deals with traffic accidents on roads within the Czech Republic. The goal of this work is to investigate a time and economical connection of traffic accidents. The theoretical part specifies basic terms which are related to road transport in the Czech Republic and which are mainly based on valid laws in the field of road transportation. There is also deeply analysed the term "traffic accident" which has to gain specific features in order to be classified as a traffic accident. Subsequently, there are also presented and discussed the most common causes of accidents. Impacts of economic damage to the state budget were described by a certified methodology for calculating losses from a traffic accident rate on roads. Within possibilities of a bigger kind of an extraordinary incident during which emergency could be announced, there is described a system of crisis management in transport and an operation of Crisis Management Department of the Ministry of Transport. In the last section of the theoretical part there are summarized the basic methods of descriptive and mathematical statistics which were used for processing of the practical part of the dissertation. In the practical part three hypotheses were being tested based on the collected data, which was drawn from statistical yearbooks of a traffic accident rate published on the website of the Police of the Czech Republic. The methodology provides basic methods of descriptive and mathematical statistics to whom the gained data has been subjected. To verify the hypothesis H2 the amounts of damage per a time unit have a distribution close to the normal distribution. It was used within the mathematical statistics of nonparametric testing of hypothesis. Through the non-parametric testing was allowed to prove normality of damage amount in traffic accidents in the period 2009 - 2013. For verification of the hypothesis H1 number of traffic accidents and the amount of damage are positively correlated and hypotheses H3 time development of traffic accidents per one time unit can be expressed by linear regression with negative correlation. Simple linear and correlation dependence was used in the context of mathematical statistics. The aim of the hypotheses H1 and H3 mentioned above was to find out a kind of regression, depending on given statistical features, to find suitable regression function and to determine tightness of correlation using an appropriate coefficient. A negative correlation coefficient was calculated for the hypothesis H1 so it was rejected. This result is possible to comment on the fact that, although there is less material damage, the number of incidents in particular time units does not reflect this fact. For the hypotheses H3 we can conclude that traffic accidents have been declining in a longer time interval and this leads to fulfilment of the goal of the national road safety strategy 2011 - 2020. For the short time period 2009 - 2013 it is not possible to come to the same conclusion and the hypotheses H3 has to be rejected. In the context of a deeper research of the impact of economic damage to our state, it would be good to work e.g. with the amount of money which insurance companies have to pay to persons involved in an accident. We could also work with the amount of costs which the state has to spend on activities of organs of emergency service for dealing with all consequences of any emergencies associated with an accident. Determination of the total amount of economic damage from a traffic accident rate and from a number of traffic accidents helps us to realize the seriousness of this issue. Just as other indicators of traffic safety, economic damage and a number of traffic accidents are important indicators of prevention and effectiveness of traffic-safety measures.

Identiferoai:union.ndltd.org:nusl.cz/oai:invenio.nusl.cz:188857
Date January 2015
CreatorsSMOLÍK, Martin
Source SetsCzech ETDs
LanguageCzech
Detected LanguageEnglish
Typeinfo:eu-repo/semantics/masterThesis
Rightsinfo:eu-repo/semantics/restrictedAccess

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