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A method of fast, sequential experimental design for linearized geophysical inverse problems
2009
Geophysical Journal International
S U M M A R Y An algorithm for linear(ized) experimental design is developed for a determinant-based design objective function. This objective function is common in design theory and is used to design experiments that minimize the model entropy, a measure of posterior model uncertainty. Of primary significance in design problems is computational expediency. Several earlier papers have focused attention on posing design objective functions and opted to use global search methods for finding the
doi:10.1111/j.1365-246x.2009.04156.x
fatcat:53bkpa4khfacpdnbxtellh2krq