Responding to the demand by researchers and practitioners for a comprehensive reference,
Handbook of Industrial and Systems Engineering offers full and easy access to a wide range …

To detect and estimate nonconstant, time-varying mean shifts, statistical process control
(SPC) tools, such as the cumulative score (Cuscore) and generalized likelihood ratio test …

As manufacturing quality has become a decisive factor in competing in a global market,
statistical quality techniques such as statistical process control (SPC) are becoming very …

With advances in information technology (IT), the research on and practice of information
sharing is now having a significant impact on many aspects of supply chains. Nevertheless …

The exponentially weighted moving average (EWMA) feedback controller (with a fixed
discount factor) is a popular run by run control scheme which primarily uses data from past …

An integrated design methodology has been developed for a run-to-run PID controller and
SPC monitoring for the purpose of process disturbance rejection. In the paper, the process …

Control schemes that are simple enough for operators to implement and that are robust with
respect to the underlying model assumptions are usually sought in the area of process …

Statistical process control (SPC) monitoring of the special causes of a process, along with
engineering feedback control such as proportional-integral-derivative (PID) control, is a …

To detect a long-term mean shift of an autocorrelated process, traditional Process Control
(SPC) techniques can be applied to monitor a process with Automatic Process Control …

In real industrial scenarios, if the quality characteristics of a continuous or batch production
process are monitored using Shewhart control charts, there could be a large number of false …