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The problem of sequential fixed-precision estimation of the minimum point of a quadratic regression function is investigated. Stochastic approximation methods are mentioned. One presents also some sequential fixed-precision procedures for the minimum of a random variable, i.e. for the lower bound of the support of its distribution function. One attempts to apply these procedures to estimation of the minimal value of a regression function. Asymptotically consistent fixed-precision estimation is considered.
Marek Męczarski. "On fixed-precision estimation of the minimum of a regression function and of the minimum of a random variable." Mathematica Applicanda 16.30 (1987): null. <http://eudml.org/doc/292717>.
@article{MarekMęczarski1987, abstract = {The problem of sequential fixed-precision estimation of the minimum point of a quadratic regression function is investigated. Stochastic approximation methods are mentioned. One presents also some sequential fixed-precision procedures for the minimum of a random variable, i.e. for the lower bound of the support of its distribution function. One attempts to apply these procedures to estimation of the minimal value of a regression function. Asymptotically consistent fixed-precision estimation is considered.}, author = {Marek Męczarski}, journal = {Mathematica Applicanda}, keywords = {Sequential estimation; Tolerance and confidence regions; General nonlinear regression}, language = {eng}, number = {30}, pages = {null}, title = {On fixed-precision estimation of the minimum of a regression function and of the minimum of a random variable}, url = {http://eudml.org/doc/292717}, volume = {16}, year = {1987}, }
TY - JOUR AU - Marek Męczarski TI - On fixed-precision estimation of the minimum of a regression function and of the minimum of a random variable JO - Mathematica Applicanda PY - 1987 VL - 16 IS - 30 SP - null AB - The problem of sequential fixed-precision estimation of the minimum point of a quadratic regression function is investigated. Stochastic approximation methods are mentioned. One presents also some sequential fixed-precision procedures for the minimum of a random variable, i.e. for the lower bound of the support of its distribution function. One attempts to apply these procedures to estimation of the minimal value of a regression function. Asymptotically consistent fixed-precision estimation is considered. LA - eng KW - Sequential estimation; Tolerance and confidence regions; General nonlinear regression UR - http://eudml.org/doc/292717 ER -