The geometric process has been widely applied in reliability engineering and other areas since its introduction. One of its assumptions is that the times between occurrences of events are independent. This assumption is rather restrictive and can limit its application in the real world. This paper extends the geometric process to a new process, which we call the semi-geometric process, by relaxing this assumption. Some probabilistic properties of the process are derived and parameter estimation is described. A numerical example, based on a real-world dataset, is used to illustrate the model and validate the estimation methodology
Commonly used repair rate models for repairable systems in the reliability literature are renewal pr...
The geometric process is a popular method for the modeling of arrival times with trend. In this stud...
We explore two aspects of geometric approximation via a coupling approach to Stein's method. Firstly...
The geometric process (GP) is a stochastic process that was an extension of the renewal process. It ...
International audienceLam (2007) introduces a generalization of renewal processes named Geometric pr...
The geometric process (GP) is a stochastic process that is introduced to model the failure process o...
Modelling the failure process of a system is one of the most important problems in the reliability a...
Since its introduction, the geometric process (GP) has attracted extensive research attention from a...
Modelling the failure process of a repairable system is vitally important in many industrial sectors...
The geometric process has been widely studied in various disciplines and applied in reliability, mai...
International audienceThe aim of this paper is twofold. First a new imperfect maintenance model is i...
International audienceThe aim of this paper is twofold. First a new imperfect maintenance model is i...
Development of models for the failure process of a repairable system has been an interesting researc...
Semi parametric estimators of the survival function, the hazard function, and the mean residual life...
This paper studies a geometric-process maintenance-model for a deteriorating system under a random e...
Commonly used repair rate models for repairable systems in the reliability literature are renewal pr...
The geometric process is a popular method for the modeling of arrival times with trend. In this stud...
We explore two aspects of geometric approximation via a coupling approach to Stein's method. Firstly...
The geometric process (GP) is a stochastic process that was an extension of the renewal process. It ...
International audienceLam (2007) introduces a generalization of renewal processes named Geometric pr...
The geometric process (GP) is a stochastic process that is introduced to model the failure process o...
Modelling the failure process of a system is one of the most important problems in the reliability a...
Since its introduction, the geometric process (GP) has attracted extensive research attention from a...
Modelling the failure process of a repairable system is vitally important in many industrial sectors...
The geometric process has been widely studied in various disciplines and applied in reliability, mai...
International audienceThe aim of this paper is twofold. First a new imperfect maintenance model is i...
International audienceThe aim of this paper is twofold. First a new imperfect maintenance model is i...
Development of models for the failure process of a repairable system has been an interesting researc...
Semi parametric estimators of the survival function, the hazard function, and the mean residual life...
This paper studies a geometric-process maintenance-model for a deteriorating system under a random e...
Commonly used repair rate models for repairable systems in the reliability literature are renewal pr...
The geometric process is a popular method for the modeling of arrival times with trend. In this stud...
We explore two aspects of geometric approximation via a coupling approach to Stein's method. Firstly...