Korkmaz, Mustafa ÇağatayLeiva, VíctorMartin-Barreiro, Carlos2025-07-182025-07-18202325043110https://hdl.handle.net/11494/5840The continuous Bernoulli distribution is defined on the unit interval and has a unique property related to fractiles. A fractile is a position on a probability density function where the corresponding surface is a fixed proportion. This article presents the derivation of properties of the continuous Bernoulli distribution and formulates a fractile or quantile regression model for a unit response using the exponentiated continuous Bernoulli distribution. Monte Carlo simulation studies evaluate the performance of point and interval estimators for both the continuous Bernoulli distribution and the fractile regression model. Real-world datasets from science and education are analyzed to illustrate the modeling abilities of the continuous Bernoulli distribution and the exponentiated continuous Bernoulli quantile regression model.eninfo:eu-repo/semantics/openAccessBernoulli distributionLikelihood and Monte Carlo methodsPoint estimationQuantile functionR softwareResidual analysisArticle7510.3390/fractalfract7050386s2.0-85160354153Q1