Khaled H. Hamed
Professor of Water Resources, Faculty of Engineering
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Nonstationarity in Hydrologic and Environmental Time Series
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hydrologic and climatic cycles
shift detection
time series segmentation
time-frequency analysis
trend analysis
Citation:
Rao, A. R., K. H. Hamed, and H. L. Chen, Nonstationarity in Hydrologic and Environmental Time Series, , Dordrecht, The Netherlands, Kluwer Academic Publishers, 2003.
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cross-correlation
(1)
Flood frequency analysis
(1)
Hurst exponent
(1)
Hurst phenomenon
(1)
hydrologic and climatic cycles
(1)
Maximum Likelihood
(1)
persistence
(1)
probabilistic methods
(1)
Probability Weighted MomentsQuantile Estimation
(1)
rescaled range
(1)
reservoir reliability
(1)
reservoir simulation
(1)
shift detection
(1)
Statistical tests of significance
(1)
stochastic reservoir
(1)
time series segmentation
(1)
time-frequency analysis
(1)
trend
(1)
trend analysis
(1)
Recent Publications
Harold Edwin Hurst: the Nile and Egypt, past and future
The distribution of Spearman’s rho trend statistic for persistent hydrologic data
Significance of Statistical Tests and Persistence in Hydrologic Processes
Stochastic Reservoir Analysis
A probabilistic approach to the calculation of the reliability of over-year storage reservoirs with persistent Gaussian inflow
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