Joint estimation and tests of hypothesis of regression and scale parameters in a simple linear model with cauchy errors based on a few regression quantiles
Authors:
A.K. MD. Ehsanes Saleh a;
K. M. Hassane b;
Edward F. Brown b
| Affiliations: | a Carleton University, |
| b Ottawa and Kansas University Medical Centre, Kansas City |
DOI:
10.1080/10485259408832590
Publication Frequency:
8 issues per year
Subjects:
Mathematical Economics;
Mathematical Finance;
Medical Statistics;
Statistical Theory & Methods;
Statistics;
Statistics for the Biological Sciences;
Stochastic Models & Processes;
Formats available:
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Abstract
Consider the simple linear model yj=β0+β1xj+σz0 (j=1,…,n) where z1,z2,…,znare i.i.d.errors with pdf [π(1+z2)]-1, -∞<z<∞. The paper considers the joint estimation and test of hypothesis regarding the parameter (β0,β1,σ)' based on a few selected “regression quantiles” introduced by Koenker and Bassett (KB) (1978). The question of “optimum spacings” is addressed to the two problems. Further, the estimation of conditional regression quantiles is addressed along with the related optimum spacings. In every case, the optimum spacings are independent of the design matrix.
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