[1] Bazaraa Mokhtar S., Shetty C.M. (1979), Nonlinear programming, theory and algorithm, Wiley.
[2] Box G.E.P. (1988), Signal-to-noise ratio, performance criteria, and transformations; Technometrics 30;
1-17.
[3] Evans David H. (1975), Statistical tolerancing: The state of the art part II. methods for estimating
moments; Journal of Quality Technology 7; 1-12.
[4] Fathi Y. (1990), Producer-consumer tolerances; Journal of Quality Technology 22; 138-145.
[5] Fathi Y. (1997), A linear approximation model for the parameter design problem; European Journal of
Operational Research 97; 561-570.
[6] ––––, Palko D. (2001), A mathematical model and a heuristic procedure for the robust design problem
with high-low tolerances; IIE Transactions 33; 1121-1127.
[7] Fowlkers William Y., Creveling Clyde M. (1997), Engineering Methods for Robust Product Design:
Using Taguchi Methods in Technology and Product Development, Addison-Wesley.
[8] Leon R., Shoemaker A.C., Kackar R.N. (1987), Performance measures independent of adjustment
(with discussions); Technometrics 29; 253-285.
[9] Leung Bartholomew P. K., Spiring Fred A. (2002), The inverted Beta loss function: properties and
applications; IIE Transactions 34; 1101-1109.
[10] Phadke Madhav S. (1989), Quality engineering using robust design, Prentice Hall.
[11] Spiring F.A. (1993), The reflected normal loss function; Canadian Journal of Statistics 21(3); 321-
330.
[12] Spiring F.A., Yeung A.S. (1998), A general class of loss functions with industrial applications; Journal
of Quality Technology 30(2); 152-162.
[13] Sun F. B., Laramee J. Y., Ramberg J.S. (1996), On Spiring’s normal loss function; Canadian Journal
of Statistics 24(2); 241-249.
[14] Taguchi G. (1978), Off-line and on-line quality control system; International Conference on Quality
Control, Tokyo, Japan.
[15] ––––– (1986), Introduction to Quality Engineering, Asian Productivity Organization.
[16] –––––, Elsayed Elsayeda A., Hsiang Thomas (1989), Quality engineering in production systems,
McGraw-Hill.
[17] Tukey John W. (1957), Propagation of errors, fluctuations and tolerances, No. 1: Basic generalized
formulas; Technical Report No. 10, Princeton University, Princeton, NJ.
)
