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Theodore Wilbur Anderson

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Theodore Wilbur Anderson (1918-2016) was an American mathematician and statistician who specialized in the analysis of multivariate data. Born in Minneapolis, Minnesota, he served on the faculty of Columbia University from 1946 until he moved to Stanford University in 1967, where he became emeritus professor in 1988. He edited the Annals of Mathematical Statistics from 1950 to 1952 and was elected president of the Institute of Mathematical Statistics in 1962. His 1958 textbook An Introduction to Multivariate Analysis educated a generation of theorists and applied statisticians. He is also known for the Anderson-Darling test of whether a sample did not arise from a given distribution, and for the Anderson-Bahadur algorithm with Raghu Raj Bahadur. Anderson's theorem on integrals over convex bodies is named after him. He died in Stanford, California in 2016, aged 98.

Facts
Biography
Gender
Male 1
Birth Year
1918 1
Connections

In Branch

Source Theodore Wilbur Anderson (Wikipedia)

Principal Result

Source Anderson's Theorem (Wikipedia)

Proofs Credited

Source Anderson's Theorem (Wikipedia)
In the Other Atlases

Nationality

Also in Geography Atlas: the nationality of this subject.

Source Theodore Wilbur Anderson (Wikipedia)Lead, nationality
Quote, Lead, nationality
was an American mathematician and statistician who specialized in the analysis of multivariate data
Sources
1. Theodore Wilbur Anderson (Wikipedia)
  • Lead, birth date
    Theodore Wilbur Anderson (June 5, 1918, September 17, 2016)
  • Life and career, pronoun
    He was born in Minneapolis, Minnesota
  • Lead, nationality
    was an American mathematician and statistician who specialized in the analysis of multivariate data
  • In Branch: Probability and Statistics, Lead, statistics
    was an American mathematician and statistician who specialized in the analysis of multivariate data
View the Source
Anderson's Theorem (Wikipedia)
  • Principal Result: Anderson's Theorem, Anderson's theorem article, lead
    Anderson's theorem, named after Theodore Wilbur Anderson
  • Proofs Credited: Anderson's Theorem, Lead sentence
    Anderson's theorem, named after Theodore Wilbur Anderson, also has an interesting application to probability theory.
View the Source

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