Jane Cullum

This article is about the applied mathematician. For the saxophonist, see Melodears.

Jane Grace Kehoe Cullum (born 1938)[1] is an American applied mathematician known for her work in numerical algorithms and control theory, who became president of the IEEE Control Systems Society.

Education and career

Cullum studied chemical engineering at Virginia Tech, graduating in 1960.[2][3] She continued at Virginia Tech for a master's degree in mathematics in 1962, with the master's thesis Applications of the analog computer to mathematical problems.[4] She completed a Ph.D. in applied mathematics at the University of California, Berkeley, in 1966. Her dissertation, Continuous Optimal Control Problems with Phase Space Constraints, concerned control theory, and was supervised by Stephen Diliberto.[5]

She worked for IBM Research at the Thomas J. Watson Research Center from 1967 until 1998, when she moved to the Los Alamos National Laboratory.[2]

She served as president of the IEEE Control Systems Society in 1989.[6]

Books

With Ralph A. Willoughby, Cullum is the coauthor of the books Lanczos Algorithms for Large Symmetric Eigenvalue Computations: Vol. I, Theory and Lanczos Algorithms for Large Symmetric Eigenvalue Computations: Vol. II, Programs (Birkhäuser, 1985).[7] The first volume was reprinted by the Society for Industrial and Applied Mathematics in 2002, as volume 41 of their Classics in Applied Mathematics book series.[8]

Recognition

The IEEE Control Systems Society gave Cullum their Distinguished Member Award in 1989.[6] She was elected as an IEEE Fellow in 1990, "for contributions to practical numerical algorithms for large-scale systems".[9]

References

  1. ^ Birth year from VIAF authority control record, retrieved 2020-07-27
  2. ^ a b Brewer, Nathan (October 2009), "Jane Cullum", Engineering and Technology History Wiki, retrieved 2020-07-27
  3. ^ Cullum, Jane Kehoe, The chemical conversion of calcium sucrate into formaldehyde, Bachelor's thesis, Virginia Tech, OCLC 26595652 – via WorldCat
  4. ^ Jane K., Cullum (1962), Applications of the analog computer to mathematical problems (Thesis), Master's thesis, Virginia Tech, hdl:10919/52222
  5. ^ Jane Cullum at the Mathematics Genealogy Project
  6. ^ a b "Jane K. Cullum", Contacts, IEEE Control Systems Society, retrieved 2020-07-27
  7. ^ Reviews of Lanczos Algorithms for Large Symmetric Eigenvalue Computations:
  8. ^ Zbl 1013.65033
  9. ^ "CSS members promoted to IEEE Fellow in 1990", CSS IEEE Fellows Archive, IEEE Control Systems Society, retrieved 2020-07-27