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R. Gilman (1932)
A Class of Functions Continuous but not Absolutely Continuous.Annals of Mathematics, 33
F. Herzog, B. Bissinger (1947)
A cantor function constructed by continued fractionsBulletin of the American Mathematical Society, 53
C.—Theorie der Reellen Funktionen Caratheodory (1927)
Caratheodory, C.—Theorie der Reellen Funktionen (1927), p. 357–359.
F. andNagy Riesz (1955)
—Functional Analysis, p
P. L Ganguli H. M. Gupta (1959)
A class of steadily increasing continuous functions which are not absolutely continuousBull. Cal. Math Soc., 51
Riassunto Partendo da un insieme perfetto e non denso di Gilman, di misura nulla, e da tre serie convergenti a termini positivi, soddisfacenti a certe condizioni prestabilite si costruisce una classe di funzioni continue strettamente crescenti che non sono assolutamente continue
ANNALI DELL'UNIVERSITA' DI FERRARA – Springer Journals
Published: Jan 1, 1958
Keywords: mathematics, general; analysis; geometry; history of mathematical sciences; numerical analysis; algebraic geometry
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