Distribution of elasticity estimates computed from factor demand systems
Por: Gallant, R.A [autor/a]
.
Colaborador(es): IICA, Brasilia, DF (Brasil)
| Empresa Brasileira de Investigación Agropecuaria (EMBRAPA) Brasilia, Brasil
.
Tipo de material:
ArtículoSeries Publiçacöes Miscelâneas (IICA) ; no. 89-055. Editor: Brasilia, DF (Brasil): IICA, 1988Descripción: 41 páginas: 1 tabla.ISSN: 0534-0591.Tema(s): ECONOMETRIA| Tipo de ítem | Ubicación actual | Colección | Signatura | Estado | Fecha de vencimiento | Código de barras |
|---|---|---|---|---|---|---|
Documento impreso
|
Biblioteca Conmemorativa Orton | Colección IICA | IICA PM-A4/BR 89-055 (Navegar estantería) | Disponible | 82402 | |
Documento digital
|
Sede Central | Colección IICA | IICA-PM A4/BR No.89-055 (Navegar estantería) | Disponible | BVE20078203 |
Navegando Sede Central Estantes , Código de colección: Colección IICA Cerrar el navegador de estanterías
| IICA-PM A4/BR No.89-049 Biophysics and molecular biology: | IICA-PM A4/BR No.89-053 Soybean insect pest management | IICA-PM A4/BR No.89-054 Sociologia e planejamento estrategico | IICA-PM A4/BR No.89-055 Distribution of elasticity estimates computed from factor demand systems | IICA-PM A4/BR No.89-057 Plant tissue culture | IICA-PM A4/BR No.89-058 Pasture species evaluation | IICA-PM A4/BR No.89-059 Entomopatógenos: recursos genéticos para controle biologico |
Incluye 17 referencias bibliográficas en las páginas R.1-R.2
Sequences defining a relationship between the number of parameters in a Fourier factor demand systems and the sample size such that elasticity estimates are asymptotically normal are characterized. The main technical problem in achieving this characterization is caused by the fact that the minimum eigenvalue of the expected sum of squares and cross products matrix of the generalized least squares estimator, considered as a function of the number of parameters, decreases faster than any polynomial. This problem is addressed by establishing a uniform strong law with rate for the eigenvalues of the sample sum of squares and cross products matrix. Because the minimum eingenvalue decreases faster than any polynomial, these sequences that relate parameters to sample size grow slower than any fractional power of the sample size. (MIBA)


Documento impreso
Documento digital
No hay comentarios para este ejemplar.