Title :
Development programs for 1-shot systems: decoupled tests and redesigns, with the possibility of design degradation
Author :
Moon, Michael J. ; Vardeman, Stephen B. ; McBeth, Douglas
Author_Institution :
Linguistic Technol. Inc., St. Peter, MN, USA
fDate :
6/1/1999 12:00:00 AM
Abstract :
This paper extends, in two important directions, the recent work of Huang, McBeth and Vardeman on efficient development testing for 1-shot systems. The testing and redesign activities are decoupled. They are assigned their own costs, and development strategies are allowed to include multiple tests between redesigns and vice versa. The possibility that in fact an engineering redesign degrades design reliability is allowed. Backward induction is used to find optimal test-and-redesign programs. The theory developed here characterizes optimal programs and allows for computation and the study of numerical examples
Keywords :
design engineering; dynamic programming; failure analysis; reliability; testing; 1-shot systems; backward induction; decoupled testing/redesign activities; design reliability degradation; efficient development testing; optimal test-and-redesign programs; Cost function; Degradation; Design engineering; Dynamic programming; Integrated circuit testing; Moon; Procurement; Reliability engineering; System testing; Weapons;
Journal_Title :
Reliability, IEEE Transactions on