Bounded, Finitely Additive, but Not Absolutely Continuous Set Functions
Description:
In leading up to the proof, methods for constructing fields and finitely additive set functions are introduced with an application involving the Tagaki function given as an example. Also, non-absolutely continuous set functions are constructed using Banach limits and maximal filters.
Date:
May 1989
Creator:
Gurney, David R. (David Robert)
Partner:
UNT Libraries