REFERENCES

Bender, A, Bendarizing Tolerances ” A Simple Practical Probability Method of Handling Tolerances for Limit-Stack-Ups. Graphic Science , Dec. 1962 , pp. 17 “21.

Bender, A., Statistical Tolerancing as It Relates to Quality Control and the Designer, SAE Paper No. 680490, Society of Automotive Engineers, Southfield, MI, 1968 .

Bothe, D.R., Reducing Process Variation , International Quality Institute., Inc., Sacramento, CA, 1993 .

Bothe, D.R., Measuring Process Capability , McGraw-Hill. New York, 1997 .

Craig, R.J., Six-Sigma Quality, the Key to Customer Satisfaction, 47th ASQC Annual Quality Congress Transactions, Boston, 1993 , pp. 206 “212.

Daskalantonakis, M.K., Yacobellis, R.H., and Basili, V.R., A method for assessing software measurement technology, Quality Engineering 3, 27 “40, 1990 “1991 .

Delott, C. and Gupta, P., Characterization of copperplating process for ceramic substrates, Quality Engineering , 2, 269 “284, 1990 .

de Treville, S., Edelson, N.M., and Watson, R., Getting six sigma back to basics, Quality Digest , 15, 42 “47, 1995 .

Evans, D.H., Statistical tolerancing formulation, Journal of Quality Technology , 2, 188 “195, 1970 .

Evans, D.H., Statistical tolerancing: the state of the art, Part I: Background, Journal of Quality Technology , 6, 188 “195, 1974 .

Evans, D.H., Statistical tolerancing: the state of the art, Part II: Methods for estimating moments, Journal of Quality Technology , 7, 1 “12. 1975 (a) .

Evans, D.H., Statistical tolerancing: the state of the art, Part III: Shifts and drifts, Journal of Quality Technology , 7, 72 “76, 1975 (b) .

Fan, John Y. ( May 1990 ). Achieving Six Sigma in Design, 44th ASQC Annual Quality Congress Transactions, San Francisco, May 1990, pp. 851 “856.

Fontenot, G., Behara, R., and Gresham, A., Six sigma in customer satisfaction, Quality Progress , 27, 73 “76, 1994 .

Gilson, J., A New Approach to Engineering Tolerances , Machinery Publishing Co., London, 1951 .

Harry, M., The Nature of Six Sigma Quality , Motorola Univ. Press, Schaumburg, IL, 1997 .

Harry, M. and Stewart, R., Six Sigma Mechanical Design Tolerancing , Motorola University Press, Schaumburg, IL, 1988 .

Harry, M., The Vision of Six Sigma: Case Studies and Applications , 2nd ed., Sigma Publishing Co., Phoenix, 1994 .

Harry, M. and Lawson, J.R., Six Sigma Producibility Analysis and Process Characterization , Addison-Wesley Publishing Co., Reading, MA, 1992 .

Kelly, H.W. and Seymour, L.A., Data Display . Addison-Wesley Publishing Co., Reading, MA, 1993 .

Koons, J., Indices of Capability: Classical and Six Sigma Tools , Addison-Wesley Publishing Co., Reading, MA, 1992 .

Mader, D.P., Seymour, L.A., Brauer, D.C., and Gallemore, M.L., Process Control Methods , Addison-Wesley Publishing Co., Reading, MA, 1993 .

McFadden, F.R., Six-sigma quality programs, Quality Progress , 26, 37 “42, 1993 .

Noguera, J., Implementing Six Sigma for Interconnect Technology, 46th ASQC Annual Quality Congress Transactions, Nashville, TN, May 1992 , pp. 538 “544.

Pena, E., Motorola's secret to total quality control, Quality Progress , 23, 43 “45, 1990 .

Stamatis, D.H., Six sigma: point/counterpoint: who needs six sigma anyway, Quality Digest , 33 “38, May, 2000 .

Tadikamalla, P.R., The confusion over six-sigma quality, Quality Progress , 21, 83 “85, 1994 .

Tavormina, J.J., and Buckley, S., SPC and six-sigma, Quality , 31, 47, 1992 .

Tomas, S., Motorola's Six Steps to Six Sigma, 34th International Conference Proceedings, APICS, Seattle, WA, 1991 . pp. 166 “169.