The Longest Run Statistic Associated With Exchangeable Binary Variables
Loading...
Files
Date
2005
Authors
Eryilmaz S.
Journal Title
Journal ISSN
Volume Title
Publisher
Open Access Color
OpenAIRE Downloads
OpenAIRE Views
Abstract
Since the hydrologic risk is defined as a risk of exceedance of a critical level during a period, the number of the longest successive exceedances which is referred to as the longest run statistic shows the length of the longest hydrologic risk period. This paper is concerned with the longest run statistic associated with exceedances. In the derivation of a binary sequence, an independent sequence of random variables and a random threshold are considered. The elements of a binary sequence are assigned with respect to a random threshold. In such a consideration, the elements of the corresponding binary sequence are not independent, but are symmetrically dependent, i.e. exchangeable. The distribution of the longest run statistic is derived for the sequence of exchangeable binary variables and its hydrological use is discussed. © Tübi?tak.
Description
Keywords
Exceedances, Exchangeable binary variables, Hydrologic risk, Longest run, Risk assessment, Statistical methods, Binary variables, Hydrologic risk, Random threshold, Random variables, Hydrology, hydrological modeling, numerical method, risk factor
Fields of Science
Citation
WoS Q
N/A
Scopus Q
N/A
Source
Turkish Journal of Engineering and Environmental Sciences
Volume
29
Issue
2
Start Page
105
End Page
111
