Estimation Theory in Hydrology and Water Systems 9780444416698, 0-444-41669-2, 0-444-98726-6
Methodological procedures of the theory of estimation of statistical parameters of time series and their application to
208 62 229KB
English Pages 3-269 [275] Year 1993
Table of contents :
Content:
Edited by
Page 3
Copyright page
Page 4
Other Titles in this Series
Pages 5-6
Preface
Pages 11-12
K. Nacházel
Symbols and units
Pages 13-14
1 Essence of the role of estimation and the fundamental problems of estimation theory
Pages 15-18
2 Development of estimation theory and its application to hydrology and water engineering
Pages 19-23
3 Sample characteristics. Their distribution
Pages 24-64
4 Estimation of parameters by the moments method
Pages 65-72,72a,72b,73-101
5 Estimation of parameters by the method of maximum likelihood
Pages 102-125
6 Estimation of parameters by the quantiles method
Pages 126-135
7 Analysis of time series, and their mathematical modelling
Pages 136-148
8 Parameter estimation of series of maximum flood flows
Pages 149-156
9 Estimation of parameters of average annual flows series
Pages 157-166
10 Estimation of parameters of average monthly flow series
Pages 167-181
11 Automated parameter estimation and computer-aided modelling of random hydrological series
Pages 182-195
12 Application of the theory of estimation to the design of storage reservoirs
Pages 196-256
13 Prospects of the development of estimation theory
Pages 257-259
Bibliography
Pages 260-267
Subject Index
Pages 268-269
Content:
Edited by
Page 3
Copyright page
Page 4
Other Titles in this Series
Pages 5-6
Preface
Pages 11-12
K. Nacházel
Symbols and units
Pages 13-14
1 Essence of the role of estimation and the fundamental problems of estimation theory
Pages 15-18
2 Development of estimation theory and its application to hydrology and water engineering
Pages 19-23
3 Sample characteristics. Their distribution
Pages 24-64
4 Estimation of parameters by the moments method
Pages 65-72,72a,72b,73-101
5 Estimation of parameters by the method of maximum likelihood
Pages 102-125
6 Estimation of parameters by the quantiles method
Pages 126-135
7 Analysis of time series, and their mathematical modelling
Pages 136-148
8 Parameter estimation of series of maximum flood flows
Pages 149-156
9 Estimation of parameters of average annual flows series
Pages 157-166
10 Estimation of parameters of average monthly flow series
Pages 167-181
11 Automated parameter estimation and computer-aided modelling of random hydrological series
Pages 182-195
12 Application of the theory of estimation to the design of storage reservoirs
Pages 196-256
13 Prospects of the development of estimation theory
Pages 257-259
Bibliography
Pages 260-267
Subject Index
Pages 268-269
![Stability Regions of Nonlinear Dynamical Systems: Theory, Estimation, and Applications [1 ed.]
9781107035409, 2014049631](https://ebin.pub/img/200x200/stability-regions-of-nonlinear-dynamical-systems-theory-estimation-and-applications-1nbsped-9781107035409-2014049631.jpg)
![Modelling Hydrology, Hydraulics and Contaminant Transport Systems in Python [1 ed.]
9780367255787, 9781032129891, 9780429288579, 0367255782](https://ebin.pub/img/200x200/modelling-hydrology-hydraulics-and-contaminant-transport-systems-in-python-1nbsped-9780367255787-9781032129891-9780429288579-0367255782.jpg)