R. M. Wilson

Richard Michael Wilson (23 November 1945) is a mathematician and a professor at the California Institute of Technology.[2] Wilson and his PhD supervisor Dijen K. Ray-Chaudhuri, solved Kirkman's schoolgirl problem in 1968. Wilson is known for his work in combinatorial mathematics.

R. M. Wilson
Born
Richard Michael Wilson

(1945-11-23) 23 November 1945
Alma materIndiana University (BS)
Ohio State University (MS, PhD)
Known forKirkman's schoolgirl problem
Scientific career
FieldsCombinatorics
InstitutionsCaltech
Doctoral advisorDijen K. Ray-Chaudhuri[1]
Doctoral studentsJeff Dinitz[1]
Pierre Baldi[1]
Websitewww.math.caltech.edu/people/wilson.html

Education

Wilson was educated at Indiana University where he was awarded a Bachelor of Science degree in 1966.[2] followed by a Master of Science degree from Ohio State University in 1968. His PhD, also from Ohio State University was awarded in 1969 for research supervised by Dijen K. Ray-Chaudhuri.[1]

Career and research

His breakthrough in pairwise balanced designs, and orthogonal Latin squares built upon the groundwork set before him, by R. C. Bose, E. T. Parker, S. S. Shrikhande, and Haim Hanani is widely referenced in Combinatorial Design Theory and Coding Theory.[3]

gollark: OIR™ now has advanced™ currently listening count technology within it. This obsoletes the current architecture diagram.
gollark: Sometimes the compiler can't be bothered to make functions have return values, so it just uses speculative execution exploits to harvest them from RAM indirectly.
gollark: Then it continues a few instructions after where the error was.
gollark: Upon segfault, all pointers in the current stack frame are dereferenced, to check for any other lurking issues.
gollark: The compiler will sometimes optimize a function by making two threads execute it at once.

References

  1. Richard Michael Wilson at the Mathematics Genealogy Project
  2. galvez, cherie. "Richard M. Wilson". www.math.caltech.edu.
  3. Arasu, KT; Liu, X.; McGuire, G. (2012). "Preface: Richard M. Wilson, Special issue honoring his 65th birthday". Designs, Codes and Cryptography: 1–2.
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