Hall attended Sydney Technical High School in Bexley, NSW during the years 1964–1969. He placed consistently high in examination results and in his final year, was among the top achievers in his form, and the winner of Old Boys' Union Mathematics prize.[11]
Hall was an author in probability and statistics. MathSciNet lists 606 publications as of January 2016. He made contributions to nonparametric statistics, in particular for curve estimation and resampling: the bootstrap method, smoothing, density estimation, and bandwidth selection. He worked on numerous applications across fields of economics, engineering, physical science and biological science. Hall also made contributions to surface roughness measurement using fractals. In probability theory he made many contributions to limit theory, spatial processes and stochastic geometry. His paper "Theoretical comparison of bootstrap confidence intervals" (Annals of Statistics, 1988) has been reprinted in the Breakthroughs in Statistics collection.
P. Hall; C.C. Heyde (1980): Martingale Limit Theory and its Application, Academic Press, New York. ISBN0-12-319350-8
P. Hall (1982): Rates of Convergence in the Central Limit Theorem, Pitman, London. ISBN0-273-08565-4
P. Hall (1988): Introduction to the Theory of Coverage Processes, Wiley, New York. ISBN0-471-85702-5
P. Hall (1992): The Bootstrap and Edgeworth Expansion, Springer, New York. ISBN0-387-97720-1
Personal life
Peter Hall was born to radiophysics and radio astronomy pioneer Ruby Payne-Scott and telephone technician William Holman Hall. His younger sister is artistic photographer and sculptor, Fiona Margaret Hall.[32] Hall was a keen photographer with a special interest in train photography.[5] He enjoyed travel and was a regular visitor to many universities around the
world. He died of leukaemia in Melbourne on 9 January 2016. He is survived by his wife, Jeannie.
^Goss, W. Miller; McGee, Richard X. (24 September 2009). Under the Radar: The First Woman in Radio Astronomy. Berlin: Springer-Verlag. ISBN978-3-642-03141-0.