A multi-resolution approach for imaging hydraulic conductivity.
Resource URI: https://dblp.l3s.de/d2r/resource/publications/conf/icip/DanielWMR95
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1995
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A multi-resolution approach for imaging hydraulic conductivity.
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groundwater; hydrological techniques; maximum likelihood estimation; autoregressive processes; image resolution; geophysical signal processing; image reconstruction; hydraulic conductivity imaging; multiresolution approach; multiple spatial scales; groundwater flow; subsurface observations; parameter estimation; large scale variations prediction; maximum a posteriori inversions; autoregressive process; AR process; measurement model; linear functional; multiple measurement sources; point measurements; piezometric head; spatially varying resolution; measurement sampling geometry
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A multi-resolution approach for imaging hydraulic conductivity.
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