|
Assistant
Professor |
|
|
|
Education: Ph.D. in Statistics, University of Georgia, 2009 M.S. in Statistics, University of Georgia, 2006 M.S. in Statistics, National Central University, Taiwan, 1999 |
||
|
Experience: Assistant Professor, School of Mathematical & Statistical
Sciences, Arizona State University, Tempe, AZ, 2009 – present Lecturer, Department of
Statistics, University of Georgia, Athens, GA, 2009 spring Statistical Consultant, Biostatistics Consulting
Center, University of Georgia, Athens, GA, 2006 – 2008 Teaching Assistant, Department of
Statistics, University of Georgia, Athens, GA, 2004 – 2006 Assistant Manager, Virginia Contract
Research Organization, Taiwan, 2002 – 2004 Statistician, Virginia Contract
Research Organization, Taiwan, 2001 – 2002 |
||
|
Publications: 1.
Kao, M.-H.,
Mandal, A., and Stufken,
J. (2008). “Optimal Design for Event-Related Functional Magnetic Resonance
Imaging Considering Both Individual Stimulus Effects
And Pairwise Contrasts.” Statistics and
Applications, 6, 235-256 2.
Kao, M.-H.
(2009). “Multi-Objective Optimal Experimental Designs for ER-fMRI Using
MATLAB.” Journal of Statistical
Software, 30, 1-13 3.
Kao, M.-H.,
Mandal, A., Lazar, N., and Stufken,
J. (2009). “Multi-Objective Optimal Experimental Designs for Event-Related fMRI
Studies.” NeuroImage,
44, 849-856 4.
Kao, M.-H.,
Mandal, A., and Stufken,
J. (2009). “Efficient Designs for Event-Related Functional Magnetic Resonance
Imaging with Multiple Scanning Sessions.” Communications
in Statistics – Theory and Methods, 38, 3170-3182 5.
Kao, M.-H.,
Mandal, A., and Stufken,
J. (2012). “Constrained Multi-Objective Designs for Functional MRI
Experiments Via A Modified Nondominated Sorting
Genetic Algorithm.” Journal of the
Royal Statistical Society: Series C, 61, 515-534 6.
Kao, M.-H.,
Majumdar, D., Mandal, A.
and Stufken, J. (2012+) “Robust Event-Related fMRI Designs
Under A Nonlinear Model”, revised 7.
Kao, M.-H.,
and Stufken J. (2012+) “Optimal Design for
Event-Related fMRI Studies”, under
review 8.
Kao, M.-H.,
and Mittelmann, D. H. (2012+) “A Fast Algorithm for
Constructing Efficient Event-Related fMRI Designs”, revised 9.
Kao, M.-H. (2013) “On the Optimality of Extended
Maximal Length Linear Feedback Shift Register Sequences”, Statistics & Probability Letters, in
press 10. Kao, M.-H.
(2013) “A New Type of Experimental Designs for Event-Related fMRI Via Hadamard Matrices”,
submitted |
||
|
Other Manuscripts: Kao, M.-H., (2009) “Optimal Experimental Designs for
Event-Related Functional Magnetic Resonance Imaging.” Ph.D.
dissertation, University of Georgia; advisors:
John Stufken & Abhyuday
Mandal; technical
report (a substantially revised version has appeared in NeuroImage). Kao, M.-H., (1999) “Bayesian Analysis for Multiple Changes of
The Long Memory Parameter.” M.S. thesis, National Central University, Taiwan;
advisor: Shu-Ing Liu; technical
report (cited by 2: a,
b).
Selected Consulting Projects: “K-shuff: A robust new tool
to quantitatively compare gene sequence libraries” – presented by Jangid, K. at the 13th International Symposium on
Microbial Ecology, Seattle, WA “Alcohol-related elevations in blood pressure among young
adults on a college campus” – presented by Godette,
D. at the APHA 136th Annual Meeting and Expo, San Diego, CA “Hurt at work in America: An examination of
workplace injury through the 2002 General Social Survey And NIOSH Quality of Worklife Module” – presented by Smith, T. at the 2008
National Occupational Injury Research Symposium, Pittsburgh, PA “Semantic specific and semantic – syntactic
integration regions engaged by verbal memory processes and the semantic
encoding advantage” – manuscript under revision |
||
|
Awards and Honors: James L.
Carmon Scholarship: awarded to a graduate
student whose research reflects state-of-the-art utilization of computer
and/or networking technology in the sciences or creative arts by Office of
the Vice President for Research, University of Georgia Student
Paper Award: awarded by Statistical
Computing Section and the Statistical Graphics Section of the American
Statistical Association R. L.
Anderson Award: awarded jointly by
the Southern Regional Council on Statistics and the American Statistical
Association The Best
Senior Student: awarded by the
Department of Statistics, University of Georgia Scholarship
of Cathay Life Charity Foundation:
a scholarship awarded to the most outstanding students at each university in
Taiwan Honorary
Member of the Phi Tau Phi Scholastic Honor Society of the Republic of China: elected by National Central University, Taiwan Conference Presentations 1. Maximin and Maximin Efficient Designs for fMRI Experiments, Oct. 2012, the Design and Analysis of Experiments Conference, Athens, GA 2. Experimental Designs for Functional MRI with
Compound Stimulus, Jul. 2012, Joint Statistical Meetings, San Diego, CA
(invited; topic contributed session) 3. Robust Event-Related fMRI Designs under A Nonlinear
Model, Jun. 2012, the 6th World Congress of Nonlinear Analysts, Athens,
Greece (invited) 4. Experimental Designs for Functional MRI with
Compound Stimulus, May 2011, International Conference on Design of
Experiments, Memphis, TN (invited) 5. Constrained Multi-objective Designs for Functional
MRI via A Modified NSGA-II, Dec. 2010, the 2010 Annual Meeting of Chinese
Statistical Society and International Statistical Conference, Jhongli, Taiwan (invited) 6. Multi-Objective fMRI Designs with Unequal Epoch
Length via NSGA-II, May. 2010, Joint Research Conference on Statistics in
Quality, Industry and Technology, Gaithersburg, MD 7. Multi-Objective fMRI Designs with Unequal Epoch
Length via NSGA-II, May 2010, the Fifth International Workshop: Statistical
Analysis of Neuronal Data, Pittsburgh, PA 8. Multi-Objective fMRI Designs with Unequal Epoch
Length via NSGA-II, Apr. 2010, New England Statistics Symposium, Cambridge,
MA (invited) 9. Efficient Experimental Designs under a Nonlinear
Model for Event-Related fMRI, Oct. 2009, Design and Analysis of Experiments
Conference, Columbia, MO (invited) 10. Efficient Experimental Designs under a Nonlinear
Model for Event-Related fMRI, Aug. 2009, Joint Statistical Meeting,
Washington, DC 11. Multi-Objective Optimal Experimental Designs for
Event-Related fMRI Studies, Oct. 2008, Network of Greater Georgia
Institutions of Neuroimaging and Statistics, Athens, GA 12. Multi-Objective Optimal Experimental Designs for
Event-Related fMRI Studies, Aug. 2008, Joint Statistical Meetings, Denver, CO
(invited; student paper award) 13. Multi-Objective Optimal Experimental Designs for
Event-Related fMRI Studies, May 2008, International Indian Statistical
Association, Storrs, CT 14. Multi-Objective Optimal Experimental Designs for
Event-Related fMRI Studies, May 2008, Spring Research Conference on
Statistics in Industry and Technology, Atlanta, GA 15. Multi-Objective Optimal Experimental Designs for
Event-Related fMRI Studies, Nov. 2007, the Design and Analysis of Experiments
Conference, Memphis, TN 16. Multi-Objective Optimal Experimental Designs for
Event-Related fMRI Studies, Jun. 2007, the SRCOS/ASA Summer Research
Conference on Statistics, Richmond, VA Teaching STP
231: Statistics for Biosciences, 2009, 2010 STP
531: Applied Analysis of Variance, 2010, 2011, 2012, 2013 |
||