… a spatial information estimation model for the analysis of precipitation gauge networks, to
improve on previous methods based on information theory. The proposed model employs a two…

… a spatial information estimation model for the analysis of precipitation gauge 9 networks, to
improve on previous methods based on information theory. The proposed model 10 employs …

… , entropy-based approach to the plausible estimates of the … ongoing efforts to further develop
the spatial allocation model. … the most detailed spatial information on agricultural production. …

… The development quality of the three subsystems is assessed by the entropy-based TOPSIS.
Furthermore, the evolution trend, spatial distribution, and the prospects of the coupling …

… We describe a new, entropy-based approach to making spatially disaggregated … developing
a framework that can be applied in a regional and even global context, we seek to develop …

… in its merit for regional application. The main objectives of this study are (1) to develop an
entropy-based WNB algorithm; (2) to assess the accuracy of WNB against a spatial-based NB …

… a spatial information estimation model for the analysis of precipitation gauge networks, to
improve on previous methods based on information theory. The proposed model employs a two…

… contemporary spatial models of land use change necessitate the testing and development
… studies have incorporated entropy-based statistical considerations in land use transition …

… aim of entropy-based network expansion is to find candidate gauging locations and pick up
those with high value of information. … the analysis of spatial information distribution, providing …

… Hydrometric information collected by monitoring networks is fundamental for effective
management of water resources. In recent years, entropy-based multi-objective criterions have …