Random Functions and Hydrology |
Contents
INTRODUCTION | 1 |
GENERALIZED UNIVARIATE TIMESERIES | 14 |
MULTIVARIATE TIMESERIES ANALYSIS | 91 |
Copyright | |
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a₁ algorithm approximation assumed autocorrelation function autocovariance basin behavior Box and Jenkins broken-line process Chapter computed correlation function correlation structure corresponding covariance function defined density discharge discrete distribution drift equation example expected value Figure finite forecasting frequency Gaussian Hurst hydrologic implies input K₁ K₂ Kalman filter Kriging lag-one correlation linear system M₁ matrix mean area mean square error Mejía multivariate noise nonlinear normal number of stations observations obtained optimal Orinoco River p₁ parameter estimation partial autocorrelation prediction procedure rainfall random field random process random variables reservoir residuals River Rodríguez-Iturbe sampling seasonal semivariogram sequence shown in Fig simulation skewness solution spatial spectral spectrum standard deviation stationary stationary process statistics stochastic storm streamflow tion u₂ variance reduction variogram vector Wadi Halfa weights X₁ X₁(t Z₁ zero mean Σ Σ