We propose a semiparametric estimator of the survival function S (t) = P (T>t) from the censored observation Zi = min {Ti;Ci} and the corresponding indicators Zi =1 (Xi max{Zi}. The main idea of the proposed approch is to to choose adaptively a threshold u starting from which the predictions of the survival times are still reliable. Below the threshold S (t) is estimated by a completely non-parametric method, such as the Kaplan-Meyer one. Above the threshold a parametric model is proposed - here we use an exponential law. The choice of the threshold u is performed by a sequence of goodness-of-fit tests
We introduce a semi-parametric Bayesian model for survival analysis. The model is centred on a param...
This paper considers the problem of semi-parametric proportional hazards model fitting where observe...
Survival analysis is used in many fields for analysis of data, particularly in medical and biologi...
We propose a semiparametric estimator of the survival function S (t) = P (T>t) from the censored obs...
International audienceThe Kaplan-Meier nonparametric estimator has become a standard tool for estima...
International audienceIn this paper, we propose a new strategy of estimation for the survival functi...
Satten et al. (2001) proposed an estimator of the survival function (denoted by S(t)) of failure ti...
A class of unbiased estimators of survival probability P (Ti> t) under random and independent cen...
In the past decade applications of the statistical methods for survival data analysis have been exte...
Censoring in time-to-event data poses a challenge in survival analysis. General interval censoring p...
This thesis presents a new model and method of analysis for survival time data which can be right an...
This talk will cover my research in developing an efficient and robust algorithm for solving a particu...
Survival data analysis refers to some statistical methods to analyze time-toevent data. The analysis...
In this thesis, we present a class of parametric models based on a first-hitting time framework with...
Abstract. In this paper, we consider the problem of hazard rate estimation in presence of co-variate...
We introduce a semi-parametric Bayesian model for survival analysis. The model is centred on a param...
This paper considers the problem of semi-parametric proportional hazards model fitting where observe...
Survival analysis is used in many fields for analysis of data, particularly in medical and biologi...
We propose a semiparametric estimator of the survival function S (t) = P (T>t) from the censored obs...
International audienceThe Kaplan-Meier nonparametric estimator has become a standard tool for estima...
International audienceIn this paper, we propose a new strategy of estimation for the survival functi...
Satten et al. (2001) proposed an estimator of the survival function (denoted by S(t)) of failure ti...
A class of unbiased estimators of survival probability P (Ti> t) under random and independent cen...
In the past decade applications of the statistical methods for survival data analysis have been exte...
Censoring in time-to-event data poses a challenge in survival analysis. General interval censoring p...
This thesis presents a new model and method of analysis for survival time data which can be right an...
This talk will cover my research in developing an efficient and robust algorithm for solving a particu...
Survival data analysis refers to some statistical methods to analyze time-toevent data. The analysis...
In this thesis, we present a class of parametric models based on a first-hitting time framework with...
Abstract. In this paper, we consider the problem of hazard rate estimation in presence of co-variate...
We introduce a semi-parametric Bayesian model for survival analysis. The model is centred on a param...
This paper considers the problem of semi-parametric proportional hazards model fitting where observe...
Survival analysis is used in many fields for analysis of data, particularly in medical and biologi...