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City New Orleans / Oslo / Washington / Natic / Trondheim / / Company Hanson / MathWorks Inc. / Resonance1 Laboratory / Anvendt Teknologi A/S / Prentice-Hall / Cambridge University Press / Statoil / W.H.Press S.A. / Oxford Instruments / / Country Norway / United States / United Kingdom / New Zealand / / Event Business Partnership / / Facility The University of Oslo / store NCO / University of Wellington / / IndustryTerm exponential curve resolution algorithm / non-iterative algorithm / chemical exchange / fluid filled porous media / oil reservoir rock core samples / rock cores containing oil / above applications / subsequent solutions / cement pastes / food analysis / dairy products / food constituents / food products / numerical tools / golden section search / response simulation tool / few distinct solutions / oil / search direction / suitable univariate minimization algorithm / cement paste / steepest descent search / / OperatingSystem Microsoft Vista / / Organization Norwegian Research Council / Statoil Research Centre / Cambridge University / Norwegian Academy of Science and Letters / University of Wellington / University of Oslo / Norwegian Academy of Science / Matematical Association of America / / Person Q. Song / Paul Callaghan / Gaspard Monge / Eddy Walter / / Position mathematician / / ProgrammingLanguage MATLAB / / ProvinceOrState Massachusetts / Washington / / RadioStation Core / / Technology exponential curve resolution algorithm / inverse Hessian algorithms / following algorithm / X-ray / non-iterative algorithm / 2D-ILT algorithm / inverse Hessian algorithm / simulation / NNLS algorithm / suitable univariate minimization algorithm / two algorithms / / URL http / SocialTag 
ANAHESS, A NEW SECOND ORDER SUM OF EXPONENTIALS FIT ALGORITHM, COMPARED TO THE TIKHONOV REGULARIZATION APPROACH, WITH NMR APPLICATIONS Åsmund Ukkelberg 1,*, Geir Humborstad Sørland2, Eddy Walter Hansen3, Hege C. Wide