Abstract: Econometric duration data are typically interval-censored, that is, not directly observed, but observed to fall within a known interval. Known non-parametric identification results for duration models with unobserved heterogeneity rely crucially on exact observation of durations at a continuous scale. Here, it is established that the mixed hazards model is non-parametrically identified through covariates that vary over time within durations as well as between observations when durations are interval-censored. The results hold for the mixed proportional hazards model as a special case. Keywords: duration analysis, interval-censoring, non-parametric identificatio
This paper studies identification and inference in transformation models with endogenous censoring. ...
Interval censoring is encountered in many practical situations when the event of interest cannot be...
The proportional hazards model is the most widely accepted and utilized model for survival analysis,...
Abstract: Econometric duration data are typically interval-censored, that is, not directly observed,...
This note presents identication results for the mixed proportional hazards model when duration data ...
In many medical studies, individuals are seen periodically, at a set of pre-scheduled clinical visit...
Parametric and nonparametric duration models assume proportional hazard: the effect of a covariate o...
We study the identification of a mixed proportional hazard model with lagged duration dependence whe...
Since the early 1980s, the econometric analysis of duration variables has become widespread. This ch...
In this paper, I consider the identification of lagged duration dependence in multiple spells in a p...
[ACCESS RESTRICTED TO THE UNIVERSITY OF MISSOURI AT AUTHOR'S REQUEST.] Interval-censored failure tim...
We study mixed hitting-time models, which specify durations as the first time a Levy process (a cont...
The most critical factor in econometric estimations is parameter identification. Identification in e...
Background. Left-, right-, and interval-censored time-to-event data arise in a variety of settings. ...
The most critical factor in econometric estimations is parameter identification. Identification in e...
This paper studies identification and inference in transformation models with endogenous censoring. ...
Interval censoring is encountered in many practical situations when the event of interest cannot be...
The proportional hazards model is the most widely accepted and utilized model for survival analysis,...
Abstract: Econometric duration data are typically interval-censored, that is, not directly observed,...
This note presents identication results for the mixed proportional hazards model when duration data ...
In many medical studies, individuals are seen periodically, at a set of pre-scheduled clinical visit...
Parametric and nonparametric duration models assume proportional hazard: the effect of a covariate o...
We study the identification of a mixed proportional hazard model with lagged duration dependence whe...
Since the early 1980s, the econometric analysis of duration variables has become widespread. This ch...
In this paper, I consider the identification of lagged duration dependence in multiple spells in a p...
[ACCESS RESTRICTED TO THE UNIVERSITY OF MISSOURI AT AUTHOR'S REQUEST.] Interval-censored failure tim...
We study mixed hitting-time models, which specify durations as the first time a Levy process (a cont...
The most critical factor in econometric estimations is parameter identification. Identification in e...
Background. Left-, right-, and interval-censored time-to-event data arise in a variety of settings. ...
The most critical factor in econometric estimations is parameter identification. Identification in e...
This paper studies identification and inference in transformation models with endogenous censoring. ...
Interval censoring is encountered in many practical situations when the event of interest cannot be...
The proportional hazards model is the most widely accepted and utilized model for survival analysis,...