When initial sample information falls short of enabling industrial engineers to confidently
make decisions about lot quality assessment, repetitive sampling emerges as a solution. In …

This manuscript presents the development of an attribute control chart (ACC) designed to
monitor the number of defective items in manufacturing processes. The charts are …

In many recent articles authors have advocated the use of attribute charts based on the
number of censored values for monitoring censored lifetime data. In this article we compare …

We clarify the use of the widely used multiple dependent state sampling (MDSS) technique
and its generalization (GMDSS) with control charts. We show that these rules are simple …

The monitoring of the process relies on the average product lifetime, which adheres to the
Lindley distribution and employs a truncated life test-based attribute control chart. Control …

Hundreds of papers on flawed statistical process monitoring (SPM) methods have appeared
in the literature over the past decade or so. The presence of so many ill-advised methods …

The Pareto distribution is of paramount importance in actuarial science, wealth distribution,
finance, etc. This paper introduces a control chart inspired by Shewhart's methodology …

Exponential chart is widely used to monitor the high-yield processes, ie, where the failure
rate is too low. The exponential chart with runs and scans rules (RSR) scheme has been …

Repetitive sampling is a valuable technique in statistical quality control, especially when
industrial engineers face uncertainty with initial sample information. This study aims to …

In this paper, we will present a comprehensive review of recent critiques on the various
methodologies employed in the design of control charts. Initially, we will provide a succinct …