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Vermeulen, P.T.M. (author), Te Stroet, C.B.M. (author), Heemink, A.W. (author)
Despite increasing computational resources many high?dimensional applications are impractical for model inversions. In this paper, two methods are presented that are promising for high?dimensional model inversion. The methods draw on proper orthogonal decomposition (POD) and yield reduced models that describe a truncated behavior of the original...
journal article 2006
Vermeulen, P.T.M. (author), Heemink, A.W. (author), Valstar, J.R. (author)
Numerical groundwater flow models often have a very high number of model cells (greater than a million). Such models are computationally very demanding, which is disadvantageous for inverse modeling. This paper describes a low?dimensional formulation for groundwater flow that reduces the computational burden necessary for inverse modeling. The...
journal article 2005