Bayesian Economic Cost Plans
III. The Lot Mean Relative to a Quality Characteristic
1Department of Chemistry, University of New
Orleans, New Orleans, LA 70148-2820 USA, E-mail: Ajalbout@ejmaps.org
2Department of Mathematics,
Dillard University, New Orleans, LA 70112 USA
3Department of
Physics and Engineering, Dillard University, New Orleans, LA 70112 USA
*Author to whom
correspondence should be addressed. $Guest Speaker at the Dillard University Seminar Series October 29,
2001
Received: 14 November
2001 / Accepted: 5 January 2002/ 15 January 2002
Abstract: A
quality control manufacturing process is designed to produce certain types of
components (i.e. mechanical, electrical or chemical). The process is defined to
be under control if the fraction of the items manufactured that are defective
is reasonably small. The fraction of items defective varies from lot to lot,
which is the main assumption that we will use in the mathematical development
of our reliability model. It is logical to assume in this case that the mean of the lot is a
random variable and so is the fraction defective. A relationship between the
two quantities is the subject of this paper.�
Keywords: fraction defective,
industrial process, Bayesian methods, statistics,
AMS Mathematical Subject Classification: 46N30, 62-06,62P30
Document Summary:
History |
Received:
14 November 2001 / Accepted: 5 January 2002/ 15 January 2002 |
Subject |
Quality
control, engineering |
AMS Codes |
|
Keywords |
Bayesian analysis, cost model, comparison, lot size, fraction defective |
Doc type |
Lecture series, seminar edition of EJMAPS |
Edition |
Electronic Journal of
Mathematical and Physical Sciences Conference/Seminar Edition [ISSN:
1538-3318] |
� 2002 by EJMAPS (http://www.ejmaps.org). Reproduction for noncommercial purposes permitted