(404) 385-4262 (phone), (404) 894-2301 (fax), [email protected] - Purdue...

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CURRICULUM VITAE

CHIEN-FU JEFF WU

(404) 385-4262 (phone), (404) 894-2301 (fax), [email protected] School of Industrial and Systems Engineering, 765 Ferst Drive, Atlanta, GA 30332-0205

DEGREES

1967-1971 B.Sc. (Mathematics) National Taiwan University, Taiwan

1973-1976 Ph.D. (Statistics) University of California, Berkeley, USA

Selected AWARDS & HONORS

2012 Deming Lecture Award, American Statistical Association

2011 COPSS R.A. Fisher Lecture Award

2011 Einstein Chair Professor, Chinese Academy of Sciences, Beijing

2008 Honorary Doctor (honoris causa) of Mathematics, University of Waterloo

2008 Shewhart Medal, American Society of Quality

2008 Conference Honoree, The Quality and Productivity Research Conference, Madison, WI

2008 Pan Wenyuan Technology Award, Taiwan

2006 Honorary Professor, Chinese Academy of Sciences (CAS), Beijing

2004 Member, National Academy of Engineering

2000 Member (Academician), Academia Sinica, Taipei

1998 P. C. Mahalanobis Memorial Lectures, Indian Statistical Institute

1987 COPSS (Committee of Presidents of Statistical Societies) Presidents’ Award

1983 Sloan Research Fellowship, Alfred P. Sloan Foundation

Other Professional Recognition

Fellow: Institute of Mathematical Statistics (1984), American Statistical Association (1985), American

Society for Quality (2002), Institute For OR and Management Sciences (2009)

Honorary Professor (life): Yunnan University (since 1996), Chinese Academy of Sciences, Beijing

(since 2006), Beijing University of Technology (since 2006), East China Normal University

(since 2010), Henan University of Science and Technology (since 2010)

Honorary Professor (term): National Tsinghua University, Taiwan (2007-10), Hong Kong University (2009-

date), Hong Kong Polytechnic University (2009-2012)

2012 U.S. Army Wilks Award

2012 Youden Address, Fall Technical Conference

2011 Lifelong Achievement Award, Chinese Statistical Association (Taiwan)

2011 Adolphe Quetelet Lecture, Belgium Statistical Society

2011 Kwan Chao-Chih Distinguished Lecturer, Institute of Systems Sciences, CAS

2005 Jerome Sacks Award for Outstanding Cross-Disciplinary Research, National Institute of

Statistical Sciences

2001 TSMC (Taiwan Semiconductor Manufacturing) Distinguished Lectureship, National Tsinghua

University, Taiwan

2000 John Wiley Award in Probability and Statistics

2000 LS&A Excellence in Research Award, University of Michigan

1997 Jack Youden Prize, American Statistical Association and American Society for Quality

&2004 (twice, see papers #88 and #111)

1997 Extraordinary Achievement Award, International Chinese Statistical Association

mailto:[email protected]

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1992 Brumbaugh Award, American Society for Quality Control (see paper #60)

1990 Frank Wilcoxon Prize, American Statistical Association and American Society for Quality Control

(see paper #46)

1985 IMS Special Invited Paper

EXPERIENCE

2003- Professor and Coca Cola Chair in Engineering Statistics, School of Industrial and Systems

Engineering, Georgia Institute of Technology, Atlanta

1997-03 H. C. Carver Professor of Statistics, University of Michigan, Ann Arbor

1993-03 Professor and Chair (95-98), Department of Statistics and of Industrial and Operations

Engineering, University of Michigan, Ann Arbor

1995- Adjunct Professor, Department of Statistics and Actuarial Science, University of Waterloo

1988-93 Professor and GM/NSERC Chair in Quality and Productivity, Department of Statistics

and Actuarial Science, University of Waterloo

1983-88 Professor, Department of Statistics, University of Wisconsin, Madison

Professor, Mathematics Research Center, University of Wisconsin, Madison

1980-83 Associate Professor, Department of Statistics and Mathematics Research Center

University of Wisconsin, Madison

1983, Spring Member, Mathematical Sciences Research Institute, Berkeley

1977-80 Assistant Professor, Department of Statistics, University of Wisconsin, Madison

1976-77 Lecturer, Department of Statistics, University of California, Berkeley

CONSULTING EXPERIENCE

AT&T Bell Labs, New Jersey; Bell Communications Research, New Jersey; Ford Motor; Statistics Canada;

General Motors; Bristol-Myers Squibb; GlaxoSmithKline; Pfizer; Ballistic Research Laboratory, Aberdeen

Proving Ground, MD; Electronics Research and Service Organization, ITRI, Taiwan; United

Microelectronics Co., Taiwan.

RESEARCH GRANTS

1. Principal Investigator of NSF Grant No. MCS-7901846, “Least squares estimation and experimental

design”, 1979-1981; “Topics in experimental design”, 1981-1983.

2. Principal Investigator of ARO Grant No. DAAG 29-82-K-0154, “Experimental design for quantal

response models”, 1982-1983.

3. Co-Principal Investigator (with Professor P.K. Wang of the Dept. of Meteorology, U.W.) of NSF Grant

No. ATM-81-20809, “Historical Climate of China as revealed by ancient Chinese literature”, 1982-

1984.

4. Principal Investigator of NSF Grant No. MCS-8300140, “Statistical Inference Related to Survey and

Experimental Designs”, 1983-1985.

5. Principal Investigator of NSF Grant No. DMS-8502303 (co-funded by AFOSR), “Resampling Methods

in Statistical Inference and Inference from Sequential Designs”, 1985-1988.

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6. Co-Principal Investigator of NSF Grant No. DMS-8420968, “Experimental Design and Statistical

Methods for the Improvement of Quality and Productivity”, 1985-1988 (funded jointly by the programs

of Industry-University Cooperative Research, Systems Management and Statistics) (P. I.: G. E. P. Box)

7. Co-Principal Investigator of ARO Grant “Design, Analysis and the Use of Computer in Quality

Improvement and in Sensitivity Testing” (P. I.: G. E. P. Box), 1987-1989.

8. Chairholder of the “GM/NSERC Industrial Research Chair in Quality and Productivity”, NSERC, 1988-

1993.

9. Principal Investigator of NSERC Operating Grant “Data resampling methods and inference from

complex samples”, 1988-1989.

10. Principal Investigator of “Integrated Model and Data for Manufacturing, Planning, Operation and

Control”, Manufacturing Research Corporation of Ontario, 1988-1992.

11. Principal Investigator of “Quality Improvement through Statistical Methods”, NSERC Industrially

Oriented Research Project, 1991-1994.

12. Principal Investigator of NSERC Operating Grant “Efficient Design and Analysis of Experiments and

Resampling Inference From Complex Samples”, 1993-1995.

13. Principal Investigator of “Quality Improvement and Variation Reduction via Experimental Design and

Process Control”, Manufacturing Research Corporation of Ontario, 1993-1995.

14. Principal Investigator of “Design and Analysis of Experiments and Inference in Reliability Studies”,

National Science Foundation, 1994-1997.

15. Principal Investigator of “Mathematical Sciences Research Equipment”, National Science Foundation,

1994-1995.

16. Principal Investigator of “Quality Improvement on Two Engineering Projects” Powertrain Division of

Ford Motor, 1995.

17. Co-Principal Investigator of “Statistical Methods for Quality Improvement: I and II” (P. I.: V. Nair),

Powertrain Division of Ford Motor, 1996.

18. Co-Investigator of “Intelligent Electronics Manufacturing” (P. I.: P. Khargonekar), MURI, AFOSR,

1995-2000.

19. Co-Investigator of “Agile Precision Sheet-Metal Stamping” (P. I.: Jan Shi), ATP-NIST, 1995-1998.

20. Co-Principal Investigator of “Achieving Robustness Through Designed Experiments” (P. I.: V. Nair),

ACD Division of Ford Motor, 1996-1997.

21. Principal Investigator of “Robust Parameter Design: Modeling, Analysis and Layout Techniques”,

National Science Foundation, 1997-2000, $262,609.

22. Principle Investigator of “Design and analysis of experiments for screening, optimization and

robustness”, National Science Foundation, 2000-2004, $300,000.

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23. Principal Investigator of “A general theory of optimal factor assignment in nonregular designs and

supersaturated designs”, National Security Agency, 2001-2003, $55,000.

24. Principal Investigator of a research grant from Bristol-Myers Squibb on bioinformatics and drug

discovery, 2001-2003, $81,000.

25. Co-principal Investigator of “Quality control and activity monitoring in telecommunication industry,”

National Science Foundation, 2002-04, $211,000.

26. Co-principal Investigator of “Design of experiments based on automatic process control,” National

Science Foundation, 2002-05, $289,768.

27. Principle Investigator of “Statistical Research in Drug Discovery and Development”, National Science

Foundation, 2004-07, $398,828.

28. Co-principal Investigator of “ACT SGER: Locating Sparse Events in High Speed Stream Data,

with a Focus on Statistical Analysis,” National Science Foundation, 2003-2004, $100,000 (P. I.:

Xiaoming Huo).

29. IBM Faculty Award, 2004, $40,000.

30. Co-principal Investigator of “SGER: Multi-scale modeling for homeland security and supply-chain

logistics reliability," National Science Foundation, 2005, $75,000 (P.I.: J. C. Lu).

31. Principle Investigator of “Adaptive designs for sensitivity experiments and related problems”, Army

Research Office, 2005-08, $270,000 (co-PI: Roshan Joseph Vengazhiyil).

32. Principle Investigator of “SACE: statistics aided computer experiments”, National Science Foundation,

2006-09, $300,000 (co-PIs: Kwok Tsui, J. Allen, Roshan Joseph Vengazhiyil).

33. Co-principal Investigator of “An engineering-statistical approach to predictive modeling and robust

optimization with applications to machining“, National Science Foundation, 2007-2010, $364,800 (PI:

Roshan Joseph Vengazhiyil, co-PI: S. Melkote)

34. Principle Investigator of “GOALI Statistical Methods for Modern IT Systems,” National Science

Foundation, 2007-2010, $264,451.

35. Principle Investigator of “Experimental design for achieving consistent and high yield in the controlled

synthesis of nanostructures,” National Science Foundation, 2007-2010, $546,270 (co-PIs: Roshan

Joseph Vengazhiyil, Z.L. Wang) (Additional funding of $30,747, 2009; total $577,025)

36. Principle Investigator of “Complex Simulations: Accurate Predictions and Fast Computation,” ARO,

2008-2011, $329,495.

37. Principal Investigator of “Computer Experiments: Multi-Layer Designs, Kriging, and Beyond” (co-PIs:

Roshan Joseph Vengazhiyil), National Science Foundation. 2010-2014, $400,000.

38. Principle Investigator of “Statistical Modeling of Receptor/Ligand Binding Kinetics on the T cell

Surface” (co-PIs: Cheng Zhu, Ying Hung, V. Zarnitsyna), NIH-GMS, 2010-2013, $920,000.

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39. Co-principal Investigator of “EFRI-SEED: Risk Conscious Design and Retrofit of Buildings for Low

Energy” (PI: G. Augenbroe, three other coPIs), National Science Foundation. 2010-2014, $1,960,113.

Editorship

Chair Editor (1993-1996), Editor (1988 - 1993), Associate Editor (1999-2002): Statistica Sinica.

Associate Editor: Technometrics (1989-1993, 2004-2007).

Associate editor: Journal of American Statistical Association, Theory and Methods (1986-1990).

Associate Editor: Annals of Statistics (1980-1985).

Associate Editor for Invited Papers and Book Reviews: Annals of Statistics (1983-1985).

Coordinating Editor: Journal of Statistical Planning and Inference (1983-84).

Professional Activities

Member, Executive Committee, International Chinese Congress of Mathematics (ICCM), Taipei (2013).

Co-chair, Review Committee, Academy of Mathematics and Systems Science, Chinese Academy of

Sciences, Beijing (2012)

Member, COPSS 50th Anniversary Planning Committee (2012-13)

Search Committee for Dean of College of Engineering, Georgia Tech (2011).

Member, Executive Committee, International Chinese Congress of Mathematics (ICCM), Beijing (2010).

Co-chair, Academic Committee, Laboratory for Cross-disciplinary Research between Statistics and

Nanotechnology, Chinese Academy of Sciences, Beijing (2009-date).

Member, Visiting Panel for the College of Science and Engineering, City University of Hong Kong (2009).

Member, President Selection Committee, Georgia Tech (2008).

Co-chair, Academic Committee, Center for Quality Science, Chinese Academy of Sciences, Beijing (2007-

date).

Member, Advisory Board, International Congress of Chinese Mathematicians, Hanghzhou, China (2007)

Member, Committee on Fellows, Institute of Mathematical Statistics (2007-2010).

Member, Review Committee for the Department of Industrial Engineering, Tsinghua University, Beijing

(2006)

Advisory Board, INFORMS Section on Quality, Statistics and Reliability (1999-2010; Chair, 2002-2010).

Member, Selection Committee, President’s Science Prize, Taiwan (2001).

Member, COPSS Presidents Award Committee (2000-2003, Chair for 2003).

Member, R. A. Fisher Lecture Committee, COPSS (Committee of Presidents of Statistical Societies)

(2000-2002).

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Member, Deming Lecture Committee, American Statistical Association (2000-2005).

Chair (2002-2004) and Member (1991-date), Advisory Committee, Institute of Statistical Science, Academia

Sinica, Taipei.

Member, Biometrics Advisory Board, GlaxoSmithkline (1999-2004).

President, International Chinese Statistical Association (1997-1998).

Screening Panel, Statistics and Probability Program, National Science Foundation (1997, 1998, 2002).

Panel on Career Awards, Manufacturing Enterprise System, National Science Foundation (2006).

Visiting Examiner, Department of Statistics, Chinese University of Hong Kong, Hong Kong (1995-1997).

Advisor, National Statistics Bureau of China, Beijing (1994-1999).

Member, Management Committee, Spring Research Conference on Statistics in Industry and Technology

(1993-1999).

Program Chair, Spring Research Conference on Statistics in Industry and Technology, Waterloo, Ontario

(1995).

Guest, Co-Editor of "Special Issue on Statistics in Industry", International Statistical Review (April, 1993).

Member, Board of Trustees, National Institute of Statistical Sciences, RTP, North Carolina (1991-93).

Member, Standing Committee on Statistics in Industry, International Statistical Institute (1992-date).

External Reviewer, Department of Applied Mathematics & Statistics, SUNY, Stoney Brook (April, 1993).

Member, Council of the Institute of Mathematical Statistics (1990-93).

Program Chair, IMS Special Topics Meeting on Industrial Statistics, Philadelphia, 1991, June.

Member, Advisory Committee on Statistical Methods, Statistics Canada (1988-1993)

Member, Board of Directors, International Chinese Statistical Association (1987-1990).

Chairman, Nominating Committee (1986-87), Institute of Mathematical Statistics

Vice Chairman, American Organizing Committee, First Sino-American Statistics Meeting, 1987, Beijing,

China.

Co-Organizer of Statistics Examination for Students from the People's Republic of China (1986-1988)

Member, Committee on Selection of Officers (1993-96), Nominating Committee (1985-86), Committee on

Special Invited Papers (1979-82), Institute of Mathematical Statistics

Member, Organizing Committee, Conference on Scientific Inference, Data Analysis, and Robustness, 1981,

Madison, Wisconsin

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External Examiner, Indian Statistical Institute (1983), Carleton University, Ottawa (1985)

Member, Physical Sciences Executive Committee (1986-87), University of Wisconsin, Madison

Membership of Professional Societies

American Statistical Association, American Society for Quality, Institute of Mathematical Statistics,

International Chinese Statistical Association, International Statistical Institute, Royal Statistical Society,

Institute for Operations Research and the Management Sciences.

GRADUATE SUPERVISION

- Ph.D. -

University of Wisconsin, Madison

1. J.F. Soares, “Some restricted randomization rules with applications to the design of clinical trials”, June,

1981.

Current position: Professor, Federal U. of Minas Gerais, Belo Horizonte, Brazil.

2. D.S. Chang, “Estimation with auxiliary information in survey sampling: some large sample results”,

July, 1981.

Current position: Professor Emeritus, National Tsinghua U., Taiwan.

3. L.Y. Deng, “Statistical inference in finite population sampling when auxiliary information is available”,

August, 1984.

Current position: Professor, U. of Memphis, TN.

4. S.K. Tse, “Estimation and experimental design for quantal response models”, August, 1984.

Current position: Associate Professor, City U. of Hong Kong.

5. M. Koschat, “Some aspects of interval estimation in linear regression models”, October, 1984.

Current position: Vice President, Time Warner.

6. K.L. Tsui, “Nonparametric and parametric estimation with truncated regression”, July, 1986.

Current position: Professor, Georgia Tech.

7. J. Shao, “On resampling methods for variance estimation and related topics”, May, 1987.

Current position: Professor, U. of Wisconsin.

8. M.S. Hamada, “Studies on incomplete and ordered categorical data from industrial experiments”,

June, 1987.

Current position: Research Fellow, Los Alamos Nat. Lab.

9. J.C. Wang, “Orthogonal arrays and nearly orthogonal arrays with mixed levels: construction and

applications”, August, 1989.

Current position: Associate Professor, U.of Western Michigan.

11. J. H. Chen, “On minimum aberration fractional factorial designs”, August, 1990.

Current position: Professor, U. of British Columbia.

12. Y. Y. Chen, “On quasi-likelihood estimation”, August, 1991.

Current position: Vice President, Washington Mutual.

University of Waterloo

10. R. Sitter, “Resampling procedures for complex survey data”, December, 1989.

Current position: Professor, Simon Fraser U.

13. B. Tang, “Latin hypercubes and supersaturated designs”, September, 1992.

Current position: Professor, Simon Fraser U.

14. A.E. Miller, “Improving signal-response systems through designed experiments”, February, 1993.

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Current position: Associate Professor, Auckland U., New Zealand.

15. D.X. Sun, “Estimation capacity and related topics in experimental design”, August, 1993.

Current position: Senior analyst, Citadel Investment.

16. C.M. Anderson, “Location and dispersion analysis for factorial experiments”, December, 1993.

Current position: Research Fellow, Los Alamos Nat. Lab.

17. H. Chipman, “Bayesian regression methods for ordered categorical data”, August, 1994.

(Co-Advisor: M. S. Hamada)

Current position: Professor, Acadia U., Nova Scotia, Canada.

18. W. L. Li, “Algorithmic construction of optimal balanced designs”, June, 1995.

Current position: Professor, U. of Minnesota.

19. P. Moorhead, “Cost-driven parameter design”, November, 1995.

The University of Michigan, Ann Arbor

20. F. Tsung, “Run-to-run proportional-integral-derivative process control and monitoring schemes”,

March, 1997 (Co-Advisor: J. Shi).

Current position: Professor, Hong Kong U. of Science and Technology.

21. H. Wu, “Design, modeling and estimation in circular measurement error models”, June, 1997.

Current position: Associate Professor, Iowa State U.

22. J. Bérubé, “Models, analysis and estimation efficiency for robust parameter design”, August, 1997 (Co-

Advisor: V. Nair)

Current position: Becton Dickinson.

23. Q. Ye, “Latin hypercube designs for computer experiments”, May, 1998.

Current position: Associate Professor, Albert Einstein U.

24. S. W. Cheng, “Optimal blocking schemes and projection properties for fractional factorial designs”,

February, 1999.

Current position: Associate Professor, National Tsinghua U., Taiwan.

25. X. S. Hou, “Planning, modeling and analysis in parameter design experiments”, November, 1999.

Current position: Merck Research Lab.

26. Y. Zhu, “A theory of experimental design for multiple groups of factors”, June, 2000.

Current position: Associate Professor, Purdue U.

27. H. Xu, “Optimal factor assignment for asymmetrical fractional factorial designs: theory and

applications”, December, 2000.

Current position: Professor, U. of California, Los Angeles.

28. X. Qu, “Some problems in the theory and construction of factorial designs”, April, 2002.

Current position: Associate Professor, Oakland U., MI.

29. R. Joseph Vengazhiyil, “Modeling and optimization for robust parameter design”, October, 2002.

Current position: Associate Professor, Georgia Tech.

30. G. Dyson, “New techniques in clustering and microarray data analysis”, Jan., 2004.

Current position: Assistant Professor, Wayne State University..

Georgia Institute of Technology

31. A. Mandal, “Some contributions to design theory and applications“, August, 2005.

Current position: Associate Professor, U. of Georgia.

32. Z. Qian, “Computer experiments: modeling, data collection and integration”, May, 2006 (Co-advsior: Y.

Amemiya).

Current position: Associate Professor, U. of Wisconsin, Madison.

33. T. Dasgupta, “Robust parameter design for automatically controlled systems and nanostructure

synthesis”, June, 2007.

Current position: Assistant Professor, Harvard U.

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34. Y. Hung, "Contributions to computer experiments and binary time series", June, 2008. (Co-advsior:

Roshan Joseph Vengazhiyil).

Current position: Assistant Professor, Rutgers U.

35. Xinwei Deng, “Contributions to statistical learning and statistical quantification in nanomaterials”, June,

2009. (Co-advisor: Ming Yuan).

Current position: Assistant Professor, Virginia Tech.

36. Nagesh Adiga, “Contributions to variable selection for mean modeling and variance modeling in

computer experiments,” Jan, 2012. (Co-advisor, J. C. Lu).

Current position: EBay.

37. Huizhi Xie, “Contributions to doubly sliced Latin hypercube design, irregular region smoothing

and uncertainty quantification in building energy assessment,” April, 2012.

Current position: Microsoft.

- Master's – (University of Waterloo)

W.L. Li, “A new method of tolerancing and its application to a laminate lay-up process”, August, 1992.

S. Tywonek, “Response modeling and analysis for split-plot experiments in robust design”, August, 1992.

Plenary Talks (since 2003)

2003, “Post-Fisherian experimentation”, Spring Research Conference in Statistics for Science and

Technology June 4, Dayton, OH.

2007, “Statistical work in nanotechnology”, International Chinese Statistical Association Conference in

Taipei on June 26 (the other plenary speaker is Peter Bickel from Berkeley).

2008, “Quality technology in the high-tech age”, 2008 Quality and Productivity Research Conference,

Madison, WI, June 4 (speaking as a Conference Honore).

2008, Convocation speech (jointly given with Professor Rao) to the graduating class of the Math Faculty,

University of Waterloo (Rao and I received Honorary Doctor Degree of Mathematics), June.

2009, “Statistical work in nanomaterial research”, Spring Research Conference in Statistics for Science and

Technology, June, Vancouver.

2009, “Statistical work in high-tech research”, First International Conference on the Interface between

Statistics and Engineering, Beijing, July.

2009, “Quality Technology in the high-tech age”, Chinese Applied Statistics Society Meeting (once every

three years), Shanghai, July.

2010, “Statisticians at work: inspiration, aspiration, ambition”, Chinese Society of Probability and Statistics

Meeting (once every four years), Tianjin, Oct 22.

2011, “Statistical design and modeling of experiments with high-tech applications”, Chinese Academy of

Sciences, April (as part of my Einstein Chair Professorship).

2011, “Post-Fisherian experimentation: from physical to virtual”, Joint Statistical Meetings, Miami, August

(as the COPSS Fisher Lecture).

2011, “Post-Fisherian experimentation: from physical to virtual”, DAE 2011, Newton Institute, Cambridge.

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2011, “Post-Fisherian experimentation: from physical to virtual”, Quetelet Lecture, Belgium Statistical

Society.

2012, “Quality improvement: from autos and chips to nano and bio”, American Statistical Association,

August (as the Deming Lecture).

2012, “Quality Technology in the high-tech age”, Youden Memorial Lecture, Fall Technical Conference,

August, St. Louis.

2012, “Three-phase optimal design of sensitivity experiments,” Army Conference on Applied Statistics,

October, Monterey, CA. (Recipient of the Army Wilks Award).

Patent

C. Tidwell, Y. Wang, C. F. Jeff Wu, Peiru Wu, and H. Xu.

``A Method and System for Analyzing Gene Expression Data Using a Smooth Response Surface

Algorithm.'' U.S. Patent No. 60/297299, Warner-Lambert Company (November 2001) and European Patent

No. 02011654.7 (August 2002).

PUBLICATIONS

(a) Refereed Papers

1. C. F. J. Wu (1973). A note on convergence rate of the strong law of large numbers. Bulletin of the

Institute of Mathematics, Academia Sinica, 1, 121-124.

2. C. F. J. Wu (1978). Some algorithmic aspects of the theory of optimal designs. Annals of Statistics, 6,

1286-1301.

3. C. F. J. Wu and H. P. Wynn (1978). The convergence of general step-length algorithms for regular

optimum design criteria. Annals of Statistics, 6, 1273-1285.

4. C. F. J. Wu (1978). Some iterative procedures for generating nonsingular optimal designs.

Communications in Statistics, Series A, 7, Special Issue on Optimal Design Theory, 1399-1412.

5. C. F. J. Wu (1980). Characterizing the consistent directions of least squares estimates. Annals of

Statistics, 8, 789-801.

6. C. F. J. Wu (1980). On some ordering properties of the generalized inverses of nonnegative definite

matrices. Linear Algebra and its Applications, 32, 49-60.

7. C. S. Cheng and C. F. J. Wu (1981). Balanced repeated measurements designs. Annals of Statistics, 8,

1272-1283. (Correction, 1983, Volume 11, 349).

8. C. F. J. Wu (1981). Iterative construction of nearly balanced assignments I: categorical covariates.

Technometrics, 23, 37-44.

9. A. J. Scott and C. F. J. Wu (1981). On the asymptotic distributions of ratio and regression estimators.

Journal of the American Statistical Association, 76, 98-102.

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10. R. Bohrer, W. Chow, R. Faith, V. M. Joshi and C. F. J. Wu (1981). Multiple decision rules for factorial

simple effects: Bonferroni wins again! Journal of the American Statistical Association, 76, 119-124.

11. C. F. J. Wu (1981). Asymptotic theory of nonlinear least squares estimation. Annals of Statistics, 9,

501-513.

12. C. S. Cheng and C. F. J. Wu (1981). Nearly balanced incomplete block designs. Biometrika, 68, 493-

500.

13. C. F. J. Wu (1981). On the robustness and efficiency of some randomized designs. Annals of Statistics,

9, 1168-1177.

14. C. F. J. Wu (1982). Estimation of variance of the ratio estimator. Biometrika, 69, 183-189.

15. C. F. J. Wu (1982). Some algorithms for concave regression and isotonic regression. TIMS Studies in

the Management Sciences, 19, (Optimization in Statistics) 105-116, North Holland.

16. L. Y. Deng and C. F. J. Wu (1983). Estimation of variance of the ratio estimator: an empirical study.

Scientific Inference, Data Analysis, and Robustness (G. E. P. Box et al., Ed.), 245-277, Academic Press.

17. C. F. J. Wu (1983). On the convergence properties of the EM algorithm. Annals of Statistics, 11, 95-

103.

18. J. F. Soares and C. F. J. Wu (1983). Some restricted randomization rules in sequential designs.

Communications in Statistics, Series A, 12, 2017-2034.

19. S. G. Wang and C. F. J. Wu (1983). Further results on the consistent directions of least squares

estimators. Annals of Statistics, 11, 1257-1262.

20. C. Stepniak, S. G. Wang and C. F. J. Wu (1984). Comparison of linear experiments with known

covariances. Annals of Statistics, 12, 358-365.

21. S. G. Wang and C. F. J. Wu (1984). Consistent directions of the least squares estimator in linear

models. Statistical Theory and Data Analysis (K. Matusita, ed.), 763-782, North Holland.

22. C. F. J. Wu (1984). Estimation in systematic sampling with supplementary observations. Sankhyā,

Series B, 46, 306-315.

23. J. F. Soares and C. F. J. Wu (1985). Optimality of random allocation design for the control of accidental

bias in sequential experiments. Journal of Statistical Planning and Inference, 11, 81-87.

24. C. F. J. Wu (1985). Variance estimation for the combined ratio and combined regression estimators.

Journal of the Royal Statistical Society, Series B, 47, 147-154.

25. Ping Cheng and C. F. J. Wu (1985). Discussion of “Projection Pursuit” by P. J. Huber. Annals of

Statistics, 13, 490-493.

26. J. N. K. Rao and C. F. J. Wu (1985). Inference from stratified samples: second order analysis of three

methods for nonlinear statistics. Journal of the American Statistical Association, 80, 620-630.

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27. C. F. J. Wu (1985). Efficient sequential designs with binary data. Journal of the American Statistical

Association, 80, 974-984.

28. T. Kariya and C. F. J. Wu (1985). On the nonsingularity of principal submatrices of a random

orthogonal matrix. Journal of Statistical Planning and Inference, 12, 353-357.

29. C. F. J. Wu (1985). Asymptotic inference from sequential design in a nonlinear situation. Biometrika,

72, 553-558.

30. I. Ford, D. M. Titterington and C. F. J. Wu (1985). Inference and sequential design. Biometrika, 72,

545-551.

31. C. F. J. Wu (1986). Maximum likelihood recursion and stochastic approximation in sequential designs.

Adaptive Statistical Procedures and Related Topics (J. Van Ryzin, ed.), IMS Monograph Series, 8, 298-

313.

32. S. K. Tse and C. F. J. Wu (1986). Comparison of the dichotomous and polytomous response models.

Journal of Statistical Planning and Inference, 14, 187-202.

33. C. F. J. Wu (1986). Jackknife, bootstrap and other resampling methods in regression analysis (with

discussion). Annals of Statistics, 14, 1261-1350.

34. M. Hamada and C. F. J. Wu (1986). Should accumulation analysis and related methods be used for

industrial experiments? A discussion of “Testing in industrial experiments with ordered categorical

data” by V. N. Nair. Technometrics, 28, 302-306.

35. L. Y. Deng and C. F. J. Wu (1987). Estimation of variance of the regression estimator. Journal of the

American Statistical Association, 82, 568-576.

36. J. Shao and C. F. J. Wu (1987). Heteroscedasticity-robustness of jackknife variance estimators in linear

models. Annals of Statistics, 15, 1563-1579.

37. G. Box, R. Kackar, V. Nair, M. Phadke, A. Shoemaker and C. F. J. Wu (1988). Quality practice in

Japan. Quality Progress, 37-41.

38. C. F. J. Wu, D. Holt and D. Holmes (1988). On the effect of two-stage sampling on the F statistic.


39. J. N. K. Rao and C. F. J. Wu (1988). Resampling inference with complex survey data. Journal of the

American Statistical Association, 83, 231-241.

40. J. Korvar, J. N. K. Rao and C. F. J. Wu (1988). Bootstrap and other methods to measure errors in

survey estimates. Canadian Journal of Statistics, 16, Supplement, 25-45.

41. K. L. Tsui, N. Jewell and C. F. J. Wu (1988). A nonparametric approach to the truncated regression

problem. Journal of the American Statistical Association, 83, 785-792.

42. C. F. J. Wu (1988). Optimal design for percentile estimation of a quantal response curve. Optimal

Design and Analysis of Experiments (Y. Dodge et al., Ed.) 213-223, North Holland.

13

43. R. J. Carroll, C. F. J. Wu and D. Ruppert (1988). The effect of estimating weights in generalized least

squares. Journal of the American Statistical Association, 83, 1045-1054.

44. J. Shao and C. F. J. Wu (1989). A general theory for jackknife variance estimation. Annals of Statistics,

17, 1176-1197.

45. C. F. J. Wu (1989). Construction of nm42 designs via a grouping scheme. Annals of Statistics, 17,

1880-1885.

46. M. Hamada and C. F. J. Wu (1990). A critical look at accumulation analysis and related methods.

Technometrics, 32, 119-162. (discussion paper)(winner of the Frank Wilcoxon Prize).

47. S. S. Mao, F. S. Ma, and C. F. J. Wu (1990). Sequential elimination of levels: an investigation method

using orthogonal arrays. Chinese Journal of Applied Probability and Statistics, 6, 185-204. (in Chinese

with English abstract).

48. Xiquan Shi, C. F. J. Wu and Jiahua Chen (1990). Weak and strong representations for quantile

processes from finite populations with application to simulation size in resampling inference. Canadian

Journal of Statistics, 18, 141-148.

49. C. F. J. Wu, S. S. Mao and F. S. Ma (1990). SEL: A search method based on orthogonal arrays.

Statistical Design and Analysis of Industrial Experiments (S. Ghosh, ed.), 279-310, Marcel Dekker.

50. C. F. J. Wu (1990). On the asymptotic properties of the jackknife histograms. Annals of Statistics, 18,

1438-1452.

51. M. S. Hamada and C. F. J. Wu (1991). Analysis of censored data from highly fractionated experiments.


52. C. F. J. Wu (1991). Balanced repeated replications based on mixed orthogonal arrays. Biometrika, 78,

181-188.

53. Jiahua Chen and C. F. J. Wu (1991). Some results on kns

fractional factorial designs with minimum

aberration or optimal moments. Annals of Statistics, 19, 1028-1041.

54. J. C. Wang and C. F. J. Wu (1991). An approach to the construction of asymmetrical orthogonal arrays.


55. A. C. Shoemaker, K. L. Tsui and C. F. J. Wu (1991). Economical experimentation methods for robust

design. Technometrics, 33, 415-427.

56. C. F. J. Wu, R. Zhang and R. Wang (1992). Construction of asymmetrical orthogonal arrays of the type

tt

nrnrk sssOA 11, . Statistica Sinica, 2, 203-219.

57. I. Ford, B. Torsney and C. F. J. Wu (1992). The use of canonical form in the construction of locally

optimum designs for nonlinear problems. Journal of the Royal Statistical Society, Ser. B, 54, 569-583.

58. C. F. J. Wu and Youyi Chen (1992). A graph-aided method for planning two-level experiments when

certain interactions are important. Technometrics, 34, 162-175.

14

59. R. Leon and C. F. J. Wu (1992). A theory of performance measures in parameter design. Statistica

Sinica, 2, 335-358.

60. M. Hamada and C. F. J. Wu (1992). Analysis of designed experiments with complex aliasing. Journal

of Quality Technology, 24, 130-137. (winner of the Brumbaugh Award). (Reproduced and included in

Volume 7 of The Best on Quality, International Academy for Quality, 1996, ASQC Quality Press.)

61. J. Shao and C. F. J. Wu (1992). Asymptotic properties of the balanced repeated replication method for

sample quantiles. Annals of Statistics, 20, 1571-1593.

62. J. C. Wang and C. F. J. Wu (1992). Nearly orthogonal arrays with mixed levels and small runs.


63. J. Armstrong and C. F. J. Wu (1992). A sample allocation method for two-phase survey design. Survey

Methodology, 18, 251-262.

64. J. N. K. Rao, C. F. J. Wu and K. Yue (1992). Some recent work on resampling methods for complex

surveys. Survey Methodology, 18, 209-217.

65. D. X. Sun and C. F. J. Wu (1993). Statistical properties of Hadamard matrices of order 16. In Quality

Through Engineering Design (W. Kuo, Ed.), 169-179, Elsevier.

66. J. Chen, D. X. Sun and C. F. J. Wu (1993). A catalogue of two-level and three-level fractional factorial

designs with small runs. International Statistical Review, 61, 131-145.

67. A. Miller, R. Sitter, C. F. J. Wu and D. Long (1993). Are large Taguchi-style experiments necessary?

A reanalysis of gear and pinion data. Quality Engineering, 6, 21-37.

68. C. F. J. Wu and R. Zhang (1993). Minimum aberration designs with two-level and four-level factors.

Biometrika, 80, 203-209.

69. R. Sitter and C. F. J. Wu (1993). On the accuracy of Fieller intervals for binary response data. Journal

of the American Statistical Association, 88, 1021-1025.

70. C. F. J. Wu (1993). Construction of supersaturated designs through partially aliased interactions.

Biometrika, 80, 661-669.

71. R. Sitter and C. F. J. Wu (1993). Optimal designs for binary response experiments. Scandinavian

Journal of Statistics, 20, 329-341.

72. L. Deng, M. Aksmanovic, D. X. Sun and C. F. J. Wu (1994). Speech recognition using hidden Markov

models with polynomial regression functions as nonstationary states. IEEE Transactions on Speech and

Audio Processing, 2, 507-520.

73. D. X. Sun, L. Deng and C. F. J. Wu (1994). State-dependent time warping in the trended hidden

Markov model. Signal Processing, 39, 263-275.

74. D. X. Sun and C. F. J. Wu (1994). Interaction graphs for three-level fractional factorial designs.

Journal of Quality Technology, 26, 297-307.

15

75. J. C. Wang and C. F. J. Wu (1995). A hidden projection property of Plackett-Burman and related

designs. Statistica Sinica, 5, 235-250.

76. M. Hamada and C. F. J. Wu (1995). The treatment of related experimental factors by sliding levels.

Journal of Quality Technology, 27, 45-55.

77. M. Hamada and C. F. J. Wu (1995). Analysis of censored data from fractionated experiments: a

Bayesian approach. Journal of the American Statistical Association, 90, 467-477.

78. C. M. Anderson and C. F. J. Wu (1995). Measuring location effects from factorial experiments with a

directional response. International Statistical Review, 63, 345-363.

79. R. Mukerjee and C. F. J. Wu (1995). On the existence of saturated and nearly saturated asymmetrical

orthogonal arrays. Annals of Statistics, 23, 2102-2115.

80. C. M. Anderson and C. F. J. Wu (1996). Dispersion measures and analysis for factorial directional data

with replicates. Applied Statistics, 45, 47-61.

81. A. Miller and C. F. J. Wu (1996). Commentary on Taguchi’s parameter design with dynamic

characteristics. Quality and Reliability Engineering International, 12, 75-78.

82. A. Miller and C. F. J. Wu (1996). Parameter design for signal-response system: a different look at

Taguchi’s dynamic parameter design. Statistical Science, 11, 122-136.

83. B. Tang and C. F. J. Wu (1996). Characterization of minimum aberration kn2 designs in terms of their

complementary designs. Annals of Statistics, 24, 2549-2559.

84. Z. Ying and C. F. J. Wu (1997). An asymptotic theory of sequential designs based on maximum

likelihood recursions. Statistica Sinica, 7, 75-91.

85. B. Tang and C. F. J. Wu (1997). A method for constructing supersaturated designs and its 2 sE

optimality. Canadian Journal of Statistics, 25, 191-201.

86. W. W. Li and C. F. J. Wu (1997). Columnwise-pairwise algorithms with applications to the

construction of supersaturated designs. Technometrics, 39, 171-179.

87. C. Y. Suen, H. Chen and C. F. J. Wu (1997). Some identities on mnq

designs with application to

minimum aberration designs. Annals of Statistics, 25, 1176-1188.

88. D. X. Sun, C. F. J. Wu and Y. Chen (1997). Optimal blocking schemes for n2 and

pn2 designs.

Technometrics, 39, 298-307. (winner of the Jack Youden Prize).

89. H. Chipman, M. Hamada and C. F. J. Wu (1997). A Bayesian variable selection approach for analyzing

designed experiments with complex aliasing. Technometrics, 39, 372-381.

90. P. R. Moorhead and C. F. J. Wu (1998). Cost-driven parameter design. Technometrics, 40, 111-119.

91. C. F. J. Wu and Y. Ding (1998). Construction of response surface designs for qualitative and

quantitative factors. Journal of Statistical Planning and Inference, 71, 331-348.

16

92. W. W. Li and C. F. J. Wu (1999). An integrated method of parameter design and tolerance design.

Quality Engineering, 11, 417-425.

93. R. Sitter and C. F. J. Wu (1999). Two-stage designs of quantal response studies. Biometrics, 55, 396-

402.

94. F. Tsung, J. Shi and C. F. J. Wu (1999). Joint monitoring of PID controlled processes. Journal of

Quality Technology, 31, 275-285.

95. R. Mukerjee and C. F. J. Wu (1999). Blocking in regular fractional factorials: a projective geometric

approach. Annals of Statistics, 27, 1256-1271.

96. J. Berube and C. F. J. Wu (2000). Signal-to-noise ratio and related measures in parameter design

optimization: an overview. Sankhya, Series B, 62, 417-432.

97. R. Mukerjee and C. F. J. Wu (2001). Minimum aberration designs for mixed factorials in terms of

complementary sets. Statistica Sinica, 11, 225-239.

98. Kenny Ye, M. Hamada and C. F. J. Wu (2001). A step-down Lenth method for analyzing unreplicated

factorial designs. Journal of Quality Technology, 33, 140-152.

99. X. Hou and C. F. J. Wu (2001). On the determination of robust settings in parameter design

experiments. Statistics and Probability Letters, 54, 137-145.

100. S. W. Cheng and C. F. J. Wu (2001). Factor screening and response surface exploration (with

discussion). Statistica Sinica, 11, 553-604.

101. H. Xu and C. F. J. Wu (2001). Generalized minimum aberration for asymmetrical fractional factorial

designs. Annals of Statistics, 29, 1066-1077.

102. S. W. Cheng and C. F. J. Wu (2002). Choice of optimal blocking schemes in two-level and

three-level designs. Technometrics, 44, 269-277.

103. V. R. Joseph and C. F. J. Wu (2002). Operating window experiments: a novel approach to quality and

reliability improvement. J. Quality Technology, 34, 345-354.

104. V. R. Joseph and C. F. J. Wu (2002). Robust parameter design of multiple target systems.


105. L. Huwang, C. F. J. Wu and C. H. Yen (2002). The idle column method: construction, properties and

comparisons. Technometrics, 44, 347-355.

106. H. Xu, P. Wu, C. F. J. Wu, C. Tidwell and Y. Wang (2002). A smooth response surface algorithm for

constructing gene regulatory network. Physiological Genomics, 11, 11-20.

107. Huaiqing Wu and C. F. J. Wu (2002). Clear two-factor interactions and minimum aberration.

Annals of Statistics, 30, 1496-1511.

108. V. R. Joseph and C. F. J. Wu (2002). Performance measures in dynamic parameter design. Journal of

Japanese Quality Engineering Society, 10, 82-86.

17

109. S. W. Cheng, C. F. J. Wu and H. Wu (2003). Finding defining generators with extreme lengths.

Journal of Statistical Planning and Inference, 113, 315-321.

110. C. F. J. Wu and Y. Zhu (2003). Optimal selection of single arrays for parameter design experiments.

Statistica Sinica, 13, 1179-1199.

111. V. R. Joseph and C. F. J. Wu (2004). Failure amplification method: an information maximization

approach to categorical response optimization (with discussions). Technometrics, 46, 1-31. (winner of

the Jack Youden Prize).

112. H. Xu, Cheng. S. W., and C. F. J. Wu (2004). Optimal projective three-level designs for factor

screening and interaction detection. Technometrics, 46, 280-292.

113. X. Qu and C. F. J. Wu (2005). One-factor-at-a-time designs of resolution V. Journal of Statistical

Planning and Inference, 131, 407-416.

114. H. Xu and C. F. J. Wu (2005). Construction of optimal multi-level supersaturated designs. Annals of

Statistics, 33, 2811-2836.

115. G. Dyson and C. F. J. Wu (2006). MAOSA: A new procedure for detection of differential gene

expression. Statistical Methodology, 3, 42-54.

116. Z. Qian, C. Seepersad, R. Joseph, J. Allen and C. F. J. Wu (2006). Building surrogate models based on

detailed and approximate simulations. ASME Journal of Mechanical Design, 128, 668-677.

117. A. Mandal, C. F. J. Wu and K. Johnson (2006). SELC: Sequential elimination of level combinations by

means of modified genetic algorithms. Technometrics, 48, 273-283.

118. T. Dasgupta and C. F. J. Wu (2006). Robust parameter design with feedback control. Technometrics,

48, 349-360.

119. S. W. Cheng, C. F. J. Wu and L. Huwang (2006). Statistical modeling for experiments with sliding

levels. In Time Series and Related Topics. IMS Lecture Notes-Monograph Series, Volume 52, 245-256.

120. A. Mandal, K. Johnson, C. F. J. Wu and D. Bornemeier (2007). Identifying promising compounds in

drug discovery: genetic algorithms and some new statistical techniques. Journal of Chemical

Information and Modeling, 47, 981-988.

121. Y. Zhu and C. F. J. Wu (2007). Structure functions for general sl - m

design and blocked regular

(sl – m

, sr ) design and their complementary designs. Statistica Sinica, 17, 1237-1257.

122. V. R. Joseph, Y. Tian and C. F. J. Wu (2007). Adaptive designs for stochastic root-finding. Statistica

Sinica, 17, 1549-1565.

123. T. Dasgupta, C. Ma, V. R. Joseph, Z. L. Wang and C. F. J. Wu (2008). Statistical modeling and

analysis for robust synthesis of nanostructures. Journal of the American Statistical Association, 103,

594-603.

124. G. Dyson and C. F. J. Wu (2008). ICI: A new approach to explore between-cluster relationships with

applications to gene expression data. Journal of Biopharmaceutical Statistics, 18, 244-255.

18

125. S. L. Jeng, Joseph, V. R. and C. F. J. Wu (2008). Modeling and analysis strategies for failure

amplification method. J of Quality Technology, 40, 128-139.

126. R. Mukerjee, P. Z. G. Qian and C. F. J. Wu (2008). On the existence of nested orthogonal arrays.

Discrete Mathematics, 308, 4635-4642.

127. P. Z. G. Qian and C. F. J. Wu (2008). Bayesian hierarchical modeling for integrating low-accuracy and high-accuracy experiments. Technometrics, 50, 192-204.

128. P. Z. G. Qian, H. Wu, and C. F. J. Wu (2008). Gaussian process models for computer

experiments with qualitative and quantitative factors. Technometrics, 50, 383-396.

129. Y. Hung, V. Zarnitsyna, Y. Zhang, C. Zhu, and C. F. J. Wu (2008). Binary time series modeling with

application to adhesion frequency experiments. Journal of the American Statistical Association, 103,

1248-1259

130. P. Z. G. Qian, B. Tang and C. F. J. Wu (2009). Nested space-filling designs for experiments with two

levels of accuracy. Statistica Sinica, 19, 287-300.

131. X. Deng, V. R. Joseph, W. Mai, Z. L. Wang, and C. F. J. Wu*, (2009). A statistical approach to

quantifying the elastic deformation of nanomaterials, Proc. Nat. Acad. Sci., 106(29), 11845-11850.

(* corresponding author)

132. S. Xu, N. Adiga, S. Ba, T. Dasgupta, C. F. J. Wu and Z. L. Wang (2009). Optimizing and improving

the growth quality of ZnO nanowire arrays guided by statistical design of experiments. American

Chemical Society, Nano, 3(7), 1803-1812.

133. V. R. Joseph, M. Ai and C. F. J. Wu (2009). Bayesian-inspired optimal mixed two- and four-level

designs. Biometrika, 96, 95-106.

134. A. Mandal, P. Ranjan and C. F. J. Wu (2009). G-SELC: optimization by sequential elimination of

level combinations using genetic algorithms and gaussian processes. Ann. Applied Statistics, 3, 398-421.

135. P. Z. G. Qian, M. Ai and C. F. J. Wu (2009). Construction of nested space-filling designs. Ann. Stat.,

37, 3616-43.

136. X. Deng, V. R. Joseph, A. Sudjianto and C. F. J. Wu (2009). Active learning via sequential design

with applications to detection of money laundering. Journal of the American Statistical Association,

104, 969-981.

137. P. Z. G. Qian and C. F. J. Wu (2009). Sliced space-filling designs. Biometrika, 96, 945-956.

138. M. Ai, X. Xu and C. F. J. Wu (2010). Optimal blocking and foldover plans for regular two-level

designs. Statistica Sinica, 20, 183-207.

139. T. Dasgupta, A. Miller and C. F. J. Wu (2010). Robust design, modeling and analysis of

measurement systems. Technometrics, 52, 80-93.

140. W. Tan, I. C. Ume, Y. Hung and C. F. J. Wu (2010). Effects of warpage on fatigue reliability of solder

bumps: experimental and analytical studies. IEEE Transactions on Advanced Packaging, 33, 314-322.

19

141. J. Zhong, J. Shi, and C. F. J. Wu (2010). Design of experiment-based Automatic process controller

with consideration of model and observation. IEEE Transactions on Automation Science and

Engineering, 7, 266 – 273.

142. Y. Hung, Y. Amemiya, and C. F. J. Wu (2010). Probability-based Latin hypercube designs for slid-

rectangular regions. Biometrika, 97, 961-968.

143. J. Song, H. Xie, W. Wu, V. R. Joseph, C. F. J. Wu, and Z. L. Wang (2010). Robust optimization of

the output voltage of nanogenerators by statistical design of experiments. Nano Research, 3, 613-619.

144. R. B. Chen, W. Wang and C. F. J. Wu (2011). Building surrogates with overcomplete bases in a

computer experiment for bistable laser diodes. IIE Transactions (Quality and Reliability Engineering),

43, 39-53.

145. Matthias Tan and C. F. J. Wu (2011). Generalized selective assembly. IIE Transactions (Quality

and Reliability Engineering), 44, 27-42.

146. T. Dasgupta, N. Adiga and C. F. J. Wu (2011). Another look at Dorian Shainin's variable search

Technique, Journal of Quality Technology, 43, 273-287.

147. Matthias Tan and C. F. J. Wu (2012). Robust design optimization with quadratic loss derived from

Gaussian process models. Technometrics, 54, 51-63.

148. R. Tuo, P. Qian, and C. F. J. Wu (2013). A Brown motion model for stochastic simulation with

tunable precision. Comment on “Quantile-based optimization of noisy computer experiments with

tunable precision” by Picheny et al. Technometrics, 55, to appear.

149. S. P. Xiong, P. Z. G. Qian and C. F. J. Wu (2013). Sequential design and analysis of high-accuracy and

low-accuracy computer codes. Technometrics, 55, to appear.

150. C. Peng and C. F. J. Wu (2013). On the choice of nugget in kriging modeling for deterministic

computer experiments. Journal of Computational and Graphical Statistics, to appear.

151. Y. Sun, Y. Heo, M. H. Y. Tan, H. Xie, C. F. J. Wu, and G. Augenbroe (2013). Uncertainty

quantification of microclimate variables in building energy models. Journal of Building Performance

Simulation, to appear.

(b) Manuscripts

152. V. R. Joseph, T. Dasgupta, R. Tuo and C. F. J. Wu, (2012). Sequential exploration of complex

surfaces using minimum energy designs. Submitted.

153. Rui Tuo, C. F. J. Wu and Dan Yu (2011). Modeling of computer experiments with different mesh

densities. Revision submitted.

154. Matthias Tan and C. F. J. Wu (2012). A Bayesian approach for model selection in fractionated

split plot experiments with applications in robust parameter design. Revision submitted.

155. Y. Hung, Y. Wang, V. Zarnitsyna, C. Zhu and C. F. J. Wu, (2011). Hidden Markov models with

20

applications in cell adhesion experiments. Revision submitted.

156. H. Xie, S. P. Xiong, P. Z. G. Qian and C. F. J. Wu (2012). Doubly sliced Latin hypercube designs.

Submitted for publication.

157. A. Sabbaghi, T. Dasgupta and C. F. J. Wu (2012). Indicator functions and the algebra of the linear-

quadratic parametrization. Submitted for publication.

158. L. Ju, Y. D. Wang, Y. Hung, C. F. J. Wu and C. Zhu (2012). An HMM-based algorithm for

evaluating rates of receptor-ligand binding kinetics from thermal fluctuation data. Submitted.

159. C. F. J. Wu and Y. Tian (2012). Three-phase optimal design of sensitivity experiments. Submitted.

(c) Books

1. G. E. P. Box, T. Leonard and C. F. J. Wu (1983, Joint Editors). Scientific Inference, Data Analysis and

Robustness. Academic Press.

2. C. F. J. Wu and M. S. Hamada (2009). Experiments: Planning, Analysis, and Optimization. Second

Edition (716 pages). John Wiley, NY. (First Edition, 2000).

3. R. Mukerjee and C. F. J. Wu (2006). A Modern Theory of Factorial Designs. Springer (230 pages).

(d) Miscellaneous

1. C. Palit, K. Schirle and C. F. J. Wu (1981). Analysis of the quality control methodology for the aid to

families with dependent children program. Proceedings of the 21st National Workshop on Welfare

Research and Statistics, 180-195.

2. J. F. Soares and C. F. J. Wu (1982). Extended truncated binomial design in sequential experiments.

Proceedings of the 43rd Session of the ISI.

3. C. F. J. Wu (1984). Discussion of “Iteratively reweighted least squares for maximum likelihood

estimation, and some robust and resistant alternatives” by P. J. Green. Journal of Royal Statist. Soc. B,

46, 186.

4. J. N. K. Rao and C. F. J. Wu (1985). Bootstrap inference for sample surveys. Proceedings of the 1984

Meeting, Section on Survey Research Methods, American Statistical Association, 106-112.

5. W. Y. Loh and C. F. J. Wu (1987). Discussion of “Better bootstrap confidence intervals” by B. Efron.


6. C. F. J. Wu (1987). Discussion of “Performance measures independent of adjustment: an explanation

and extension of Taguchi’s signal-to-noise ratios” by R. V. Leon, A. C. Shoemaker and R. N. Kacker.


7. J. N. K. Rao and C. F. J. Wu (1987). Methods for standard errors and confidence intervals from sample

survey data: some recent work. Bulletin of the International Statistical Institute, Proceedings of the

46th session, Book 3, 5-19.

21

8. C. F. J. Wu (1989). Discussion of “Bootstrap methods” by D.V. Hinkley and “A review of bootstrap

confidence intervals” by T. J. DiCiccio and J. P. Romano. Journal of Royal Statistical Soc. B, 51, 364-

365.

9. C. F. J. Wu (1992). Contribution to “Panel discussion on Taguchi’s robust design” (edited by V. Nair).


10. C. F. J. Wu (1993). Discussion of “Is industrial statistics out of control?” by D. Banks. Statistical

Science, 8, 399-400.

11. C. F. J. Wu (2001). Discussion of “Detection of interactions in experiments on large numbers of

factors” by S. M. Lewis and A. M. Dean. Journal of Royal Statistical Soc. B, 63, 668.

12. N. Ge, F. Huang, P. Shaw and C. F. J. Wu (2002). PIDEX: A statistical approach for screening

differentially expressed genes using microarray analysis. Proceedings of the 2001 American Statistical

Association Meetings, to appear.

13. V. Roshan Joseph and Wu, C. F. J. (2002). “Performance Measures in Dynamic Parameter Design”.

Journal of Japanese Quality Engineering Society 10, 82-86.

14. Z. Qian, C. Seepersad, R. Joseph, C. F. J. Wu and J. Allen (2004). Building surrogate models with

detailed and approximate simulations. Proceedings of the IDETC'04 ASME 2004 Design

Engineering Technical Conferences and Computers and Information in Engineering

Conference, to appear.

15. T. Dasgupta, and C. F. J. Wu (2005). What's missing in Six Sigma? Six Sigma Forum Magazine,

5(1), 39-40.

16. T. Dasgupta, and C. F. J. Wu (2006). Six Sigma Quality. Chapter 10 of Enterprise Transformation:

Understanding and Enabling Fundamental Change (edited by W. B. Rouse), Wiley, NJ.

17. Jun Shao and C. F. J. Wu (2008). Commentary on “The jackknife estimate of variance” by B.

Efron and C. Stein in Ann. Stat, 1981, pages 586-596, in a Volume to honor Efron’s 70th

Birthday.

18. W. Tan, I. C. Ume, Y. Hung, and C. F. J. Wu (2008), Experimental and analytical study on fatigue

reliability of solder bumps on board assemblies affected by PWB warpage, Proceedings of the 58th

Electronic Components and Technology Conference, 131-138.

19. Hung, Y., Qian, P. Z. G. and Wu, C. F.J. (2011), “Statistical Design and Analysis Methods for Data

Center Thermal Management,” book chapter in Energy Efficient Thermal Management of Data Centers,

J. Yogendra and K. Pramod (Eds.), to be published by Springer.

20. Sun, Y., Heo, Y., Xie, H., Tan, M., Wu, C. F. J., and Augenbroe, G. (2011). “Uncertainty Quantification

of Microclimate Variables in Building Energy Simulation,” Proceedings of Building Simulation, to

appear. (Winner of best student paper of the conference).

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