In this paper, considering that the multiple Type-I censoring is the general form of Type-I
censoring and the expert judgements widely exist in engineering, we focus on the reliability …

In this paper, we focus on the reliability of Weibull distribution under multiply Type-I
censoring, which is a general form of Type-I censoring. In multiply Type-I censoring in this …

The lifetime data collected from the field are usually heavily censored, in which case, getting
an accurate reliability evaluation based on heavily censored data is challenging. For heavily …

In reliability engineering, the Weibull distribution and censoring are widely employed. The
multiple Type-I censoring is the general form of Type-I censoring and represents that all the …

Inverse Weibull (IW) distribution is widely used due to its non-monotonic hazard function. For
the IW distribution, existing research on statistical inference has mostly focused on censored …

In the situation of product reliability estimation that all the observations available are right-
censored, three-parameter Weibull distribution is applied to describe product life. A new way …

It is desired to build the life distribution models of critical components (which are assumed to
be non-repairable) of a repairable system as early as possible based on field failure data in …

Multiple Type-I censoring represents that all the test units are terminated at different times.
Hence, it is the general form of Type-I censoring, which is common in life testing experiments …

In recent times an extensive work has been done related to the different aspects of the
progressive censoring schemes. Here we deal with the statistical inference of the unknown …

In this article, based on the generalized Type‐II progressive hybrid censoring sample from
the Burr Type‐XII distribution, maximum likelihood and Bayesian inference are discussed …