The name is absent



48


For Xj > xi, we have

(3.17)


if subject i is censored; (extended from Equation 3.6).

(3.18)

if subject i is failed; (extended from Equation 3.8).

Using the above computation results and other specifications as described earlier,
replace the unknown functions by their estimates at the initial step, and then max-
imize the likelihood functions in Equations 3.10 and 3.11 with respect to
β and βc,
respectively. Denote the resulting estimators for β and βc by β(v> and βc'* ■

Step 2,

Use β^,βimP^m~1β,Qfim-1β, Dim~1β and E∫m"υ(∙) to obtain S⅛nβ and

m,(<) = elp{-A<">(()}

i -≥h

∑xi<x,∙ <5xi,2^7^υ(¾)

-⅛m 1,(≈3)e≈p(⅛∕3(m))

∑.j≤√'"-1>⅛)

(3.19)


Xj<t



More intriguing information

1. Top-Down Mass Analysis of Protein Tyrosine Nitration: Comparison of Electron Capture Dissociation with “Slow-Heating” Tandem Mass Spectrometry Methods
2. Washington Irving and the Knickerbocker Group
3. The name is absent
4. The open method of co-ordination: Some remarks regarding old-age security within an enlarged European Union
5. The Dictator and the Parties A Study on Policy Co-operation in Mineral Economies
6. THE CO-EVOLUTION OF MATTER AND CONSCIOUSNESS1
7. A production model and maintenance planning model for the process industry
8. The economic doctrines in the wine trade and wine production sectors: the case of Bastiat and the Port wine sector: 1850-1908
9. The name is absent
10. Insecure Property Rights and Growth: The Roles of Appropriation Costs, Wealth Effects, and Heterogeneity