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Showing 1-20 of 989 results
  1. Semiparametric analysis of competing risks data with covariate measurement error

    This paper deals with the competing risks data with covariate measurement error. A semiparametric linear transformation model for the right-censored...

    Akurathi Jayanagasri, S. Anjana in Computational Statistics
    Article 22 May 2024
  2. Set-Based Tests for Genetic Association Studies with Interval-Censored Competing Risks Outcomes

    Over the past decade, massive genetic compendiums such as the UK Biobank have gathered extensive genetic and phenotypic data that hold the potential...

    Zhichao Xu, Jaihee Choi, Ryan Sun in Statistics in Biosciences
    Article 13 July 2024
  3. Marginal Structural Illness-Death Models for Semi-competing Risks Data

    The three-state illness-death model has been established as a general approach for regression analysis of semi-competing risks data. For...

    Yiran Zhang, Andrew Ying, ... Ronghui Xu in Statistics in Biosciences
    Article 09 January 2024
  4. A nonparametric instrumental approach to confounding in competing risks models

    This paper discusses nonparametric identification and estimation of the causal effect of a treatment in the presence of confounding, competing risks...

    Jad Beyhum, Jean-Pierre Florens, Ingrid Van Keilegom in Lifetime Data Analysis
    Article 09 May 2023
  5. Competing risks and multivariate outcomes in epidemiological and clinical trial research

    Data analysis methods for the study of treatments or exposures in relation to a clinical outcome in the presence of competing risks have a long...

    R. L. Prentice in Lifetime Data Analysis
    Article 06 May 2024
  6. Semiparametric regression modelling of current status competing risks data: a Bayesian approach

    The current status censoring takes place in survival analysis when the exact event times are not known, but each individual is monitored once for...

    Pavithra Hariharan, P. G. Sankaran in Computational Statistics
    Article 31 January 2024
  7. A multinomial generalized linear mixed model for clustered competing risks data

    Clustered competing risks data are a complex failure time data scheme. Its main characteristics are the cluster structure, which implies a latent...

    Henrique Aparecido Laureano, Ricardo Rasmussen Petterle, ... Wagner Hugo Bonat in Computational Statistics
    Article 04 April 2023
  8. Use of Additional Information for Current Status Data with Two Competing Risks and Missing Failure Types

    In practice, the failure type for some subjects may be missing or uncertain in competing risks data. Analysis of such uncertain failure type in...

    Tamalika Koley, Anup Dewanji in Sankhya B
    Article 28 June 2024
  9. Inference for A Generalized Family of Distributions Under Partially Observed Left Truncated and Right Censored Competing Risks Data

    We make inference for a competing risks model under the assumption that observations are left-truncated and right-censored and failure causes are...

    Prakash Chandra, Arvind Kumar Alok, ... Liang Wang in Sankhya B
    Article 01 May 2024
  10. Model-based hypothesis tests for the causal mediation of semi-competing risks

    Analyzing the causal mediation of semi-competing risks has become important in medical research. Semi-competing risks refers to a scenario wherein an...

    Yun-Lin Ho, Ju-Sheng Hong, Yen-Tsung Huang in Lifetime Data Analysis
    Article 22 March 2023
  11. Bias reduction for semi-competing risks frailty model with rare events: application to a chronic kidney disease cohort study in South Korea

    In a semi-competing risks model in which a terminal event censors a non-terminal event but not vice versa, the conventional method can predict...

    Jayoun Kim, Boram Jeong, ... Donghwan Lee in Lifetime Data Analysis
    Article 13 November 2023
  12. Inference of Competing Risks Model with Partially Observed Failure Causes Based on Minimum Ranked Set Sampling

    Ranked set sampling (RSS) provides an efficient and flexible approach to collect failure information from perspectives of saving time and cost. In...

    Ying Zhou, Liang Wang, ... Sanku Dey in Journal of Statistical Theory and Practice
    Article 08 December 2022
  13. Targeted maximum likelihood estimation for causal inference in survival and competing risks analysis

    Targeted maximum likelihood estimation (TMLE) provides a general methodology for estimation of causal parameters in presence of high-dimensional...

    Helene C. W. Rytgaard, Mark J. van der Laan in Lifetime Data Analysis
    Article 07 November 2022
  14. Causal survival analysis under competing risks using longitudinal modified treatment policies

    Longitudinal modified treatment policies (LMTP) have been recently developed as a novel method to define and estimate causal parameters that depend...

    Iván Díaz, Katherine L. Hoffman, Nima S. Hejazi in Lifetime Data Analysis
    Article 24 August 2023
  15. Inference of improved adaptive progressively censored competing risks data for Weibull lifetime models

    Recently, an improved adaptive Type-II progressive censoring scheme is proposed to ensure that the experimental time will not pass a pre-fixed time...

    Ahmed Elshahhat, Mazen Nassar in Statistical Papers
    Article Open access 01 April 2023
  16. Phase-type models for competing risks, with emphasis on identifiability issues

    We first review some main results for phase-type distributions, including a discussion of Coxian distributions and their canonical representations....

    Bo Henry Lindqvist in Lifetime Data Analysis
    Article Open access 08 February 2022
  17. Bayesian Modeling of Survival Data in the Presence of Competing Risks with Cure Fractions and Masked Causes

    In handling the presence of multiple competing risks, methods such as the multivariate failure times model, mixture model, subdistribution model...

    Austin Menger, Md. Tuhin Sheikh, Ming-Hui Chen in Sankhya A
    Article 12 December 2023
  18. Non-parametric test of recurrent cumulative incidence functions for competing risks models

    Recurrent competing risks data are common in survival studies. In such contexts the effects of competing risks on lifetime outcomes are important...

    M. S. Sisuma, P. G. Sankaran in METRON
    Article 20 January 2022
  19. Shared Frailty Model for Recurrent Event Competing Risks Data Using Averaged Counting Process Approach

    In this paper, we present a shared frailty model for gap time distributions of recurrent event data with competing risks based on weighted risk-set...

    Article 25 May 2022
  20. Semiparametric Model for Recurrent Event Data Under Two Independent Competing Risks with Excess Zero and Informative Censoring

    Recurrent event data are often encountered in longitudinal studies and in many other important areas such as Biomedical science, Econometrics,...

    Ali Sharifi, Reza Hashemi in Sankhya A
    Article 16 January 2022
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