RESUMÉ OF DONALD R. MATTHYS

BIOGRAPHICAL DATA

• Personal Data
• Education
• Professional Experience
• Research Interests
• Professional Societies
• Publications and Presentations
• Conference Activities
• Research Grants Received

Personal Data

Education

• Ph.D. in Physics, Washington University, MO., 1975. Dissertation title: "An Experimental Approach to the Uncertainty Principle."
  
• M.A. in Scripture, St. Louis University, MO., 1969.
  
• S.T.L. in Theology, St. Louis University, MO., 1969.
  
• M.S. in Physics, University of Pennsylvania, PA., 1964.
  
• B.S. in Physics, Spring Hill College, AL., 1962.
  

Professional Experience

Prior to receiving Ph.D.:

• 1964-65 Marquette University High School: teacher. Taught mathematics and Latin.
  
• 1965-66 Jesuit College, St. Bonifacius, MN: instructor. Taught general physics, developed and supervised introductory laboratory course.
  
• 1974-75 Marquette University physics department: lecturer. Taught general physics, developed and supervised advanced undergraduate laboratory course.
  

After receiving Ph.D. degree:

• 1975-82 Marquette University, Milwaukee, WI.: assistant professor. Taught general physics, atomic and nuclear physics, thermodynamics, developed and taught an analog and digital electronics course. Did research and published on the phase control of pulsed lasers and on x-ray spectroscopy. During this period, Dr. Matthys was director of the departmental graduate affairs committee and supervised the physics M.S. graduate program.
  
• 1982-84 Marquette University, Milwaukee, WI.: associate professor. Taught graduate courses on lasers and statistical mechanics. Studied image processing and automated data acquisition.
  
• 1984-85 University of Wisconsin-Milwaukee: visiting associate professor. Did research on a variety of optical measurement problems with Dr. John Gilbert. Developed computer codes for controlling hardware and analyzing data from a variety of optical systems (holography, speckle, moire). Consultant to AT&T Bell Labs on the analysis of thermal deformations in microcircuit modules.
  
• 1985-89 Marquette University, Milwaukee, WI.: associate professor. In addition to his early interest in laser noise figures and the phase control of lasers, Dr. Matthys' current research is in holo-interferometry, speckle metrology, high-frequency moire, and the development of optical measurement systems incorporating fiber optics. He is also developing computer programs for image processing and automated data analysis. Particular areas of application are thermal/mechanical deformation of printed circuit boards, and the profiling of structural shapes. Dr. Matthys is continuing his work with researchers at AT&T Bell Labs on embedded speckle techniques, measuring deformations of optically generated fringe patterns, and the development of fiber optic sensing systems for remote displacement measurement.
  
• 1989-91 Marquette University: professor. Dr. Matthys began research on panoramic viewing systems and on full field fluid velocity measurements.
  
• 1991-92 Given joint appointment as Professor of Electrical Engineering at Marquette University. Elected to a one-year term as vice-chair of the Optical Methods Committee of the Society for Experimental Mechanics (SEM) at the national meeting of SEM in June 1992. On sabbatical at the Illinois Institute of Technology, Chicago: Visiting Professor of Mechanical and Aerospace Engineering. Worked with Professor Sciamarella at IIT on projects involving ESPI and white light holography.
  
• 1993 Elected to two-year term as chair of the optical measurements division of the Society for Experimental Mechanics at the 1993 summer meeting in Dearborn, MI.
  
• 1994 Awarded NASA summer faculty fellowship to work at Marshall Space Flight Center in Alabama on a project in binary optics.
  
• 1995 Awarded NASA summer faculty fellowship to work at Marshall Space Flight Center on image mapping transforms using diffractive optic elements.
  

Research Interests

Past: Phase-sensitive optical amplifiers. Laser transients and coupling. Phase control of pulsed lasers. Noise in laser systems. Interfacing analog sensors to computers. Hybrid stress analysis combining experimental measurements with finite element analysis. Finite element analysis of microcircuit modules. Holographic interferometry and speckle metrology. Characterization of buckling behavior in large structural components.

Present: Digital image processing of optically generated fringe patterns. Experimental stress analysis - developmental and applications oriented research in holographic interferometry, speckle metrology, and high-frequency moire. Holographic/fiber optic systems for deformation and vibration measurement. Panoramic lens systems - A technique for inspecting cavities and bores. Speckle Correlation methods for full field velocity measurement. Fluorescence as monitor of chemical changes. Diffractive or binary optics.

Professional Societies

• Optical Society of America (1977-present)
• Society for Experimental Mechanics (1984-present)
• Society of Photo-Optical Instrumentation Engineers (1985-present)

Publications and Presentations

1. Matthys, D., "He-Ne laser operated as a super-regenerative amplifier to measure phases," Abstracted in Bull. Am. Phys. Soc. 42, 99 (1976).
   
2. Huth, W., Matthys, D., "Coupling and laser transients," Abstracted in Bull. Am. Phys. Soc. 46, 30 (1980).
   
3. Matthys, D., Jaynes, E., "Phase-sensitive optical amplifier," J. Opt. Soc. Amer. A 70, 253 (1980).
   
4. Huth, W., Matthys, D., "Threshold noise and the laser transient," Appl. Opt. 19, 2943 (1980).
   
5. Pedrow, P., Matthys, D., "Detection of x-rays from the anode of a vacuum arc," Journal of Applied Physics 54, 2975-2982 (1982).
   
6. Matthys, D., "Greninger nets for back-scattered Laue analysis," American Journal of Physics 50(6), 555-557 (1982).
   
7. Matthys, D., Pedrotti, F., "Fourier transforms and the use of a micro-computer in the advanced undergraduate laboratory," American Journal of Physics 50(11), 990-995 (1982).
   
8. Johnson, H., Gilbert, J., Matthys, D., Dudderar, T., "Hybrid (moire-interferometric with ANSYS) stress analysis." Graduate Conference on Experimental Mechanics and Optical Methods, Madison, WI, April 26-27, 1985.
   
9. Peters, B., Gilbert, J., Matthys, D., Dudderar, T., "Fiber holoptic recording using pulsed ruby lasers." Graduate Conference on Experimental Mechanics and Optical Methods, Madison, WI, April 26-27, 1985.
   
10. Taher, M., Gilbert,J., Matthys, D., Dudderar, T., "Digital correlation of speckle patterns." Graduate Conference on Experimental Mechanics and Optical Methods, Madison WI, April 26-27, 1985.
    
11. Chern, J., Gilbert, J., Matthys, D., Dudderar, T., "Image processing and analysis of holo-interferograms." Graduate Conference on Experimental Mechanics and Optical Methods, Madison, WI, April 26-27, 1985.
    
12. Gilbert, J., Dudderar, T., Matthys, D., Chern, J., "Digitization of holographic interferograms for deflection measurements." Proceedings of the 1985 SEM Conference on Experimental Mechanics, Las Vegas, Nevada, June 1985, pp. 294-301.
    
13. Matthys, D.R., Dudderar, T.D., Gilbert, J.A., Taher, M.A., Johnson, H.S., "Stress analysis combining speckle metrology with finite element modeling." Proceedings of the SPIE 29th International Conference on Speckle, San Diego, CA, August 1985, pp. 116-122.
    
14. Dudderar, T.D., Gilbert, J.A., Hall, P.M., Matthys, D.R., "Whole field deformation in printed wiring boards." Proceedings of the 1985 SEM Fall Conference on Experimental Mechanics, Grenlefe, Florida, November 1985, pp. 28-35.
    
15. Gilbert, J.A., Matthys, D.R., Taher, M.A., Petersen, M.E., "Shadow speckle metrology," Applied Optics 25(2), 199-204 (1986).
    
16. Matthys, D.R., Gilbert, J.A., Dudderar, T.D., "Computer analysis of holo-interferograms." Proceedings of the 1986 SEM Fall Conference on Experimental Mechanics, New Orleans, LA, June 1986, pp. 833-838.
    
17. Johnson, H.S., Gilbert, J.A., Matthys, D.R., Dudderar, T.D., "Real-time moire interferometry." Proceedings of the 1986 SEM Spring Conference on Experimental Mechanics, New Orleans, LA, June 1986, pp. 964-970.
    
18. Matthys, D.R., Dudderar, T.D., Gilbert, J.A., Taher, M.A., Johnson, H.S., "Speckle metrology combined with finite- element modeling for stress analysis," Optical Engineering 25, 749-753 (1986). This paper is based on the presentation at the 1985 San Diego SPIE conference.
    
19. Gilbert, J.A., Matthys, D.R., Taher, M.A., Petersen, M.E., "Remote shadow speckle metrology." Proceedings of the 1986 SEM Spring Conference on Experimental Mechanics, June 1986, New Orleans, LA, pp. 814-819.
    
20. Karioris, F.G., Matthys, D.R., "Revisiting Lloyd's mirror: a demonstration." 1986 Winter meeting of the Wisconsin Association of Physics Teachers, Ripon, WI, Oct. 31-Nov. 1, 1986.
    
21. Dudderar, T.D., Gilbert, J.A., Matthys, D.R., "Potential applications of fiber optics and image processing in industrial holo-interferometry." Proceedings of the SPIE/O-E LASE '87 Optoelectronics and Laser Applications in Science and Engineering and Symposium on Electronic Imaging Systems and Devices, Los Angeles, CA, January 11-16, 1987. SPIE 746, pp.20-28.
    
22. Lehner, D.L., Dudderar, T.D., Matthys, D.R., Gilbert, J.A., "Vibration analysis using shadow speckle metrology and line broadening techniques." Proceedings of the 1987 Spring Conference on Experimental Mechanics, Society for Experimental Mechanics, Houston, TX, June 15-19, 1987, pp. 55-61.
    
23. Johnson, H., Bennewitz, J., Dudderar, T., Matthys, D.,Gilbert, J., "New methods for recording and processing high frequency moire patterns." Proceedings of the 1987 Spring Conference on Experimental Mechanics, Society of Experimental Mechanics, Houston, TX, June 15-19, 1987, pp. 62-70.
    
24. Gilbert, J., Dudderar, T., Matthys, D., Johnson, H., Franzel, R., "Two-dimensional stress analysis combining high frequency moire measurements with finite element modeling," Experimental Techniques 11(3), 24-28 (1987).
    
25. Gilbert, J., Matthys, D., Taher, M., Petersen, M., "Profiling of structural members using shadow speckle metrology," Optics and Lasers in Engineering 8, 17-27 (1988).
    
26. Matthys, D. Gilbert, J., Dudderar, T., Koenig, K., "A windowing technique for the automated analysis of holo-interferograms," Optics and Lasers in Engineering 8, 123-136 (1988).
    
27. Matthys, D., Dudderar, T., Gilbert, J., "Automated analysis of holo-interferograms for determination of surface displacement," Experimental Mechanics 28(1), 86-91 (1988).
    
28. Johnson, H.S., Gilbert, J.A., Dudderar, T.D., Matthys, D.R., Bennewitz, J. H., "Moire interferometry with variable sensitivity." Southeastern Graduate Symposium, University of South Carolina, March 18-19, 1988.
    
29. Gilbert, J., Matthys, D., Dudderar, T., Lehner, D., "Vibration analysis using digital correlation." Proceedings of the Sixth International Congress on Experimental Mechanics, Portland, OR, June 5-10, 1988, pp. 392-398.
    
30. Greguss, P., Gilbert, J., Matthys, D., Lehner, D., "Developments in radial metrology." SPIE Vol. 954, pp. 392-398. Proceedings of the International Symposium on Optical Engineering, Dearborn, MI, June 26-30, 1988.
    
31. Gilbert, J., Greguss, P., Matthys, D., Lehner, D., "Recent developments in radial metrology: a computer-based optical method for profiling cavities." pp. 413-418 of Proceedings of the Third International Symposium on Modern Optics: Optika '88, Budapest, Hungary, Sept. 13-16, 1988.
    
32. Johnson, H., Gilbert, J., Matthys, D., Dudderar, T., "Real-time moire interferometry," Experimental Mechanics 29(2): 231-236 (1989).
    
33. Johnson, H., Matthys, D., Gilbert, J., "Analysis of in-plane displacements obtained from interferometric patterns." 1989 Southeastern Photomechanics Meeting, Georgia Institute of Technology, Atlanta, GA, June 16-17, 1989.
    
34. Kransteuber, A., Gilbert, J., Lehner, D., Matthys, D., Greguss, P., "Endoscopic measurement using a panoramic annular lens." 1989 Southeastern Photomechanics Meeting, Georgia Institute of Technology, Atlanta, GA, June 16-17, 1989.
    
35. Matthys, D., Greguss, P., Gilbert, J., Lehner, D., Kransteuber, A., "Radial metrology with a panoramic annular lens," Proc. of SPIE's 33rd. Annual International Symposium on Optical & Optoelectronic Applied Science & Engineering, San Diego, California, August 6-11, 1989.
    
36. Greguss, P., Matthys, D., Gilbert, J., Lehner, D., Kransteuber, A., "Cavity inspection using radial metrology," Proc. of the Nondestructive Evaluation for Aerospace Requirements Conference, Huntsville, Alabama, August 22-24, 1989.
    
37. Matthys, D., Gilbert, J., Puliparambil, J., "Measurement of fluid velocity fields using digital correlation techniques," Proc. of SPIE's 1990 International Symposium on Optical & Optoelectronic Applied Science & Engineering, San Diego, California, July 8-13, 1990.
    
38. Gilbert, J. Matthys, D., Greguss, P., "Optical measurements through panoramic imaging systems," Proc. of the 1990 Int. Conf. on Hologram Interferometry & Speckle Metrology, Baltimore, Maryland, November 4-7, 1990, pp. 164-171.
    
39. Gilbert, J. Matthys, D., Hendren, "Displacement analysis of the interior walls of a pipe using panoramic holo-interferometry." SPIE 1554B, pp. 128-134 (July 1991). Proceedings of Conference on moire techniques, holographic interferometry, and optical NDT.
    
40. Gilbert, J., Matthys,D., Lehner, D., "Moire measurements using a panoramic annular lens." SPIE 1554B, pp. 202-209 (July 1991). Proceedings of Conference on moire techniques, holographic interferometry, and optical NDT.
    
41. Matthys, D.,, Gilbert, J., Puliparambil, J., "Endoscopic inspection using a panoramic annular lens." SPIE 1554B, pp. 736-741 (July 1991). Proceedings of Conference on moire techniques, holographic interferometry, and optical NDT.
    
42. Matthys, D., Gilbert, J., Greguss, P., "Endoscopic measurement using radial metrology with digital correlation." Optical Engineering 30, 1455-1460 (October 1991).
    
43. Puliparambil, J., Matthys, D., "Endoscopy using holographic interferometry." Southeastern Symposium on Experimental Mechanics, March 20-21, 1992, Huntsville, AL. Abstract published in proceedings.
    
44. Richter, A., Matthys, D., "Characterization of the panoramic annular lens." Southeastern Symposium on Experimental Mechanics, March 20-21, 1992, Huntsville, AL. Abstract published in proceedings.
    
45. Beshears, R., Gilbert, J., Matthys, D., "Non-destructive examination of Rocket Motor Components." Talk presented at the 1992 Conference on Advanced Earth-to-Orbit Propulsion Technology, Huntsville, AL, May 19-21, 1992. Published in the conference proceedings.
    
46. Matthys, D., Gilbert, J., Wang, "Measurement of two-dimensional fluid flow by digital correlation of scattered light." Proceedings of the SEM VII International Congress on Experimental Mechanics, Las Vegas, NV, 1505-1512 (1992).
    
47. Gilbert, J., Matthys, D., Lindner, C., "Endoscopic inspection and measurement," Applications of Digital Image Processing XV, Proc. SPIE 1771, 106-112 (1992).
    
48. Sciammarella, C., Bhat, G., Matthys, D., "Application of Electro-optical holography to the measurement of strains at high temperature," Interferometry: Applications, Proc. SPIE 1756, 50-65 (1992).
    
49. Gilbert, J., Matthys, D., "Digital correlation laser-speckle velocimetry." NASA Tech Briefs 16(1), 40-41 (1992).
    
50. Matthys, D., Gilbert, J., Puliparambil, J., "Panoramic Holointerferometry." Proceedings of the SEM spring conference in Dearborn, MI, 920-929 (1993).
    
51. Matthys, D., Weber, R., Dhuru, V., "ESPI measurement of creep in polymeric resins used for dental restorations." Presented at the Society for Experimental Mechanics (SEM) spring conference in Baltimore, MD June 6-8, 1994 and published in the proceedings.
    
52. Matthys, D. "MANN -- A Program to Transfer Designs for Diffractive Optical Elements to a MANN photolithographic Mask Generator." Published in NASA Contractor Report 196533 October, 1994, pp. XXVIII-0 to XXVIII-5.
    
53. Matthys, D., Gilbert, J., Puliparambil, J., "Panoramic Holointerferometry." Experimental Mechanics, March 1995, pp. 83-88. Revised version of paper presented at SEM 1993 Conference.
    
54. Lehner, D., Richter, A., Matthys, D., Gilbert, J., "Characterization of the Panoramic Annular Lens." Presented at 1995 Spring Conference of SEM, June 12-14 in Grand Rapids, MI. Published in proceedings.
    
55. Matthys, D., "Linearization of an Annular Image by Using a Diffractive Optic." Published in NASA Contractor Report 199830 of February 1996, pp. XXXII-0 to XXXII-5.
    
56. Matthys, D., "Optical Methods Division," Status of Experimental Mechanics. A report to the national membership of SEM on the status of the optical methods division. Published by the Society for Experimental Mechanics, June 1996, pp. 24-26.
    
57. Lehner, D., Richter, A., Matthys, D., Gilbert, J., "Characterization of the Panoramic Annular Lens." Experimental Mechanics, Dec. 1996. Revised version of an earlier paper presented at SEM meeting in 1995.

Conference Activities

1. Chaired a session on optical measurement techniques at the Sixth International Conference on Experimental Mechanics. Portland, OR, June 5-10, 1988.
   
2. Presented (with Dr. John Gilbert) a one-day (May 22) science review of Laser Speckle Velocimetry at the NASA Marshall Space Flight Center in Huntsville, AL.
   
3. Chaired a session on optical measurement at the 1989 SEM Spring Conference on Experimental Mechanics. Cambridge, MA, May 28-June 1, 1989.
   
4. Appointed by the Society for Experimental Mechanics (SEM) to review papers on optics submitted for presentation at the Spring 1990 SEM National Convention.
   
5. Chaired a session on optical measurement at the SEM National Conference held in Albuquerque, NM, June 4-6, 1990.
   
6. Chaired session on Fiber optics and experimental mechanics at SEM VII International Congress on Experimental Mechanics, June 1992.
   
7. Chaired session on optical methods at SEM VII International Congress on Experimental Mechanics, June 1992. Elected to one-year term as vice-chair of the optical measurements division of the Society for Experimental Mechanics.
   
8. Elected to two-year term as chair of the optical measurements division of the Society for Experimental Mechanics at the 1993 summer meeting in Dearborn, MI.
   
9. Co-chaired a session on Optical Sensors at SEM 1995 conference in Dearborn, MI.
   
10. Chaired a session on Optical Measurements at SEM 1996 conference in Nashville, TN.
    
11. Invited to chair one session and co-chair another at SEM 1997 conference in Seattle, WA.

Research Grants Received

1. MU Office of A&S Dean: "Deformation Studies by Correlation Analysis." Proposal for allocation of a PDP-11 computer system donated to the University by Digital Engineering Company (DEC). Fall 1984.
   
2. MU Committee on Research: "Non-contact Full-Field Study of Surface Deformation using Optical Measurements." October, l985.
   
3. MU Committee on Research: "Automated Analysis of Surface Deformations using Holointerferograms." October, 1986.
   
4. MU Committee on Research: "Determination of Sub-Surface Displacements by Applying Correlation Techniques to Scattered Light Specklegrams." October, 1988.
   
5. National Aeronautics and Space Administration: "Characteristics of Fluid Flow by Digital Correlation of Scattered Light." Submitted with John Gilbert. July, 1988 - December, 1989.
   
6. National Aeronautics and Space Administration: "Endoscopic Inspection Using A Panoramic Annular Lens." Submitted with John Gilbert. May, 1990 - April, 1991.
   
7. MU Committee on Research: "Holointerferometric Measurement of In-Plane Deformation of Composite Resins." Jan 1991 - Dec 1991.
   
8. Strategic Defense Command: "Panoramic Annular Lens." Submitted with John Gilbert. May 1991 - Dec 1991.
   
9. National Aeronautics and Space Administration: "Radial Metrology using a Panoramic Annular Lens." May 1991 - April 1992.
   
10. University of Alabama in Huntsville: "Analysis of a panoramic lens, including infrared response." April 1991 - Dec 1991.
    
11. Marquette University Research Challenge Program: "Analysis of Functional Brain Magnetic Resonance Images Using Fiber-Optic Cortical Measurements." Submitted with Dr. L. Olson of Marquette Biomedical Engineering Department. May 1994 - May 1995.
    
12. Marquette University Research Challenge Program: "Caries Detection by Laser Induced Fluorescence." Submitted with Dr. K. Zechariasen and J. Barron of Marquette University Dental School. May 1994 - May 1995.
    
13. Marquette University Research Challenge Program: "Caries Detection by Laser Induced Fluorescence II." Submitted with Dr. K. Zechariasen and J. Barron of Marquette University Dental School. May 1995 - May 1996.
    
14. Marquette University Committee on Research: "ESPI Measurement of Creep in Dental Materials." Jan 1995 - Dec. 1995.
    
15. National Aeronautics and Space Administration: "Linearization of an Annular Image by a Diffractive Optic." Dec 1994 - May 1996.
    
16. National Aeronautics and Space Administration: "Linearization of an Annular Image by a Diffractive Optic." Feb 1996 - Aug 1996. (Extension of and additional tasks for previous project.)
    
17. National Space and Aeronautics Administration: "Generating Binary Optic Masks from an Analytic Phase Function." Dec. 1996 - Nov. 1997.