Email: | ashuchat [at] wellesley
[dot] edu |
||
---|---|---|---|

US Mail: | Department of Mathematics Wellesley College 106 Central Street Wellesley, MA 02481 |
||

Office: | Science Center 368 | ||

Phone: | (781) 283-3111 |

- S.B., Massachusetts Institute of Technology, 1963.
- M.S., University of Michigan (Ann Arbor), 1965.
- Ph.D., University of Michigan (Ann Arbor), 1969.

- 1974- Wellesley College
- Professor of Mathematics since 1983
- Associate Dean of the College, 1989-92
- 1971-74 Mount Holyoke College, Assistant Professor of Mathematics
- 1968-71 University of Toledo, Assistant Professor of Mathematics

- 2004-05 UMASS-BOSTON, Visiting Professor and Scientist
- 1984 MIT Operations Research Center, Visiting Scientist, spring
- 1981 Transportation Systems Center, Faculty Fellow, summer
- 1979-80 MIT Operations Research Center, Research Fellow

Math 101 Reasoning with Data: Elementary Applied Statistics

Math 349 Optimization

Syllabi and materials for my courses are available through Google Groups and Sakai at Wellesley College.

- The
total weak discrepancy of a partially ordered set (with R. Shull
and A. Trenk),
*Ars Math. Contemp.*4 (2011), 95-109. - Fractional
weak discrepancy and split semiorders (with R. Shull and A.
Trenk),
*Discrete Appl. Math.,*159 (2011), 647-660. - Fractional
weak discrepancy and interval orders (with R. Shull and A. Trenk),
*Discrete Appl. Math.*157(2009), 1873-1884. - Fractional
weak discrepancy of posets and certain forbidden configurations
(with R. Shull and A. Trenk), in
*The Mathematics of Preference, Choice, and Order: Essays in Honor of Peter C. Fishburn*, eds. S.J. Brams, W.V. Gehrlein and F.S. Roberts. Springer, NewYork, 2009, pp. 291-302. - The
fractional weak discrepancy of a partially ordered set (with R.
Shull and A. Trenk),
*Discrete Appl. Math.*155(2007), 2227-2235. - Translation:
*Tales of Physicists and Mathematicians*, S.G. Gindikin, 2nd ed., Springer, 2006; 1st ed., Birkhäuser Boston, 1987. -
Range of the fractional weak discrepancy function (with R. Shull
and A. Trenk),
*ORDER*23(2006), 51-63. - Alumnae Profiles: Wellesley College (with M. Kerr and A. Trenk),
*Math Horizons*, Feb. 2005, 22-24. *The Joy of Mathematica: Instant Mathematica for Calculus, Differential Equations, and Linear Algebra*(with F. Shultz), 2nd ed., Harcourt/Academic Press 2000; 1st ed., Addison-Wesley, 1994; Japanese translation, Addison-Wesley Japan and Toppan Publ, 1995.- Arc weighting in hidden bicircular networks (with R. Shull, J. Orlin,
and M. Lepp),
*Congressus Numerantium*125(1997), 161-171. - Computing in the curriculum at Wellesley College, in
*Technology and Teaching*, ed. L. Lloyd, Information Today, 1997, 35-40. - Recognizing hidden bicircular networks (with R. Shull, J. Orlin, and
M. Lepp),
*Discrete Appl. Math.*41(1993), 13-53. - Lotteries, present values, and infinite series,
*NLA News*, October 1989, 16-17. - The structure of bases in bicircular matroids (with R. Shull, J.
Orlin, and M. Gardner),
*Discrete Appl. Math.*23(1989), 267-283. - Medical technology and critical decisions: an interdisciplinary course
in technological literacy (with T. Ducas, J. Grant),
*Bull. Science, Technology, and Society*7(1987), 71-77. - Generalized least squares and eigenvalues,
*American Math. Monthly*92(1985), 656-659. - Matrix and network models in archaeology,
*Mathematics Magazine*57(1984), 3-14. - Book review:
*Raisonnement et Méthodes Mathématiques en Archéologie*, M. Borillo et al., eds.,*Math. Intelligencer*5(1983), 68-69. - Infrabarreled spaces, linear operators and vector measures, Bull. Soc. Royale Sci. Liège 48(1979), 153-157.
- Spectral measures and homomorphisms, Rev. Roumaine Math. Pures et Appl. 23(1978), 939-945.
- Vector measures and scalar operators in locally convex spaces, Michigan Math. J. 24(1977), 303-310.
- Integral representation theorems in topological vector spaces, Trans. Amer. Math. Soc. 172(1972), 373-397.
- Approximation of vector-valued continuous functions, Proc. Amer. Math. Soc. 31(1972), 97-103.

Last modified May 8, 2013