most citedNonparametric incidence estimation and bootstrap bandwidth selection in mixture cure models

70 citations · 165 across the 6 of their papers we have counts for

collaborators

7 papers

stat.ME20246 cited

Bagging cross-validated bandwidths with application to Big Data

Daniel Barreiro-Ures, Ricardo Cao, Mario Francisco Fernández +1

Hall and Robinson (2009) proposed and analyzed the use of bagged cross-validation to choose the bandwidth of a kernel density estimator. They established that bagging greatly reduc…

stat.ME202422 cited

Cure models to estimate time until hospitalization due to COVID-19

Maria Pedrosa-Laza, Ana López-Cheda, Ricardo Cao

A short introduction to survival analysis and censored data is included in this paper. A thorough literature review in the field of cure models has been done. An overview on the mo…

stat.ME202470 cited

Nonparametric incidence estimation and bootstrap bandwidth selection in mixture cure models

Ana López-Cheda, Ricardo Cao, M. Amalia Jácome +1

A completely nonparametric method for the estimation of mixture cure models is proposed. A nonparametric estimator of the incidence is extensively studied and a nonparametric estim…

stat.ME202419 cited

Nonparametric covariate hypothesis tests for the cure rate in mixture cure models

Ana López-Cheda, M. Amalia Jácome, Ingrid Van Keilegom +1

In lifetime data, like cancer studies, theremay be long term survivors, which lead to heavy censoring at the end of the follow-up period. Since a standard survival model is not app…

stat.ME202436 cited

Nonparametric latency estimation for mixture cure models

Ana López-Cheda, M. Amalia Jácome, Ricardo Cao

A nonparametric latency estimator for mixture cure models is studied in this paper. An i.i.d. representation is obtained, the asymptotic mean squared error of the latency estimator…

stat.ME202412 cited

Estimating lengths-of-stay of hospitalised COVID-19 patients using a non-parametric model: a case study in Galicia (Spain)

Ana López-Cheda, M. Amalia Jácome, Ricardo Cao +1

Estimating the lengths-of-stay (LoS) of hospitalised COVID-19 patients is key for predicting the hospital beds' demand and planning mitigation strategies, as overwhelming the healt…