Function parametrization: Difference between revisions
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of parameters characterizing the state of a particular physical system, where the arguments of the functions are statistically independent combinations of diagnostic raw measurements of the system. | of parameters characterizing the state of a particular physical system, where the arguments of the functions are statistically independent combinations of diagnostic raw measurements of the system. | ||
The technique, developed by H. Wind for the purpose of momentum determination from spark chamber data <ref> Wind, H., `Function Parametrization' | The technique, developed by H. Wind for the purpose of momentum determination from spark chamber data <ref> Wind, H., `Function Parametrization' | ||
in ``Proceedings of the 1972 CERN Computing and Data Processing School'', CERN 72--21, 1972, pp.~53--106. | in ``Proceedings of the 1972 CERN Computing and Data Processing School'', CERN 72--21, 1972, pp.~53--106. </ref> , <ref>Wind, H., | ||
(a)`Principal component analysis and its application to track finding', (b) `interpolation and function representation' | (a)`Principal component analysis and its application to track finding', (b) `interpolation and function representation' | ||
in ``Formulae and Methods in Experimental Data Evaluation'',Vol. 3, European Physical Society, Geneva, 1984</ref>, was introduced by B. Braams to plasma physics, | in ``Formulae and Methods in Experimental Data Evaluation'',Vol. 3, European Physical Society, Geneva, 1984</ref>, was introduced by B. Braams to plasma physics, | ||