Огляд результатiв теорiї Вiмана-Валiрона за останнi 50 рокiв. I: Нерiвнiсть Вiмана i спiввiдношення Бореля для цiлих функцiй вiд однiєї змiнної
DOI: http://dx.doi.org/10.30970/vmm.2025.97.005-042
Анотація
Статтю присвячено огляду результатів з теорії Вімана-Валірона в класі цілих і аналітичних функцій вигляду , що стосуються таких співвідношень
а також нерівностей типу Вімана , які виконуються для всіх зовні деяких виняткових множин; тут та - максимум модуля f на колі та максимальний член ряду Тейлора, відповідно. Описуються також твердження, що стосуються узагальнень цих результатів в класах цілих рядів Діріхле вигляду
Розглядаються також аналоги подібних результатів в класі функцій вигляду ,
де --- невід'ємна міра на з необмеженим носієм - довільна невід'ємна -вимірна функція на .
Повний текст:
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Valiron G. Sur les fonctions entieres d’ordre fini et d’ordre null et en particulier les fonctions a correspondance reguliere// Ann. Fac. Sci. Toulouse Math. (6). – 1914. – V.5. – P. 117–257.
Valiron G. Sur le maximum du module des fonctions entieres// C.r. Acad. Sci. – 1918. – V.166. – P. 605–608.
Valiron G. Sur un theoreme de M. Hadamard// Bull. Sci. Math. – 1923. – V.47, no.1. – P. 177–192.
Valiron G. Sur l’abscisse de convergence des series de Dirichlet// Bulletin de la S. M. F. – 1924. – V.52. – P. 166–174.
Valiron G. Theory of integral functions. – New York, Chelsea, 1949.
Valiron G. Functions analytiques. – Paris, Press Univer. de France, 1954.
Wiman A. U¨ ber den Zusammenhang zwischen dem Maximalbetrage einer analytischen Function und dem gro¨ssten Gliebe der zugeho¨rigen Taylorischen Reiche// Acta Math. – 1914. – V.37. – P. 305–326.
Wiman A. U¨ ber den Zusammenhang zwischen dem Maximalbetrage einer analytischen Function und dem gro¨ssten betrage beigegebenen Argumente der Function// Acta Math. 1916. – V.41. – P. 1–28.
P´olya G., Szego˝ G. Aufgaben und Lehrs¨atze aus der Analysis. – Berlin: Springer, V.2, 1925.
Wittich H. Neuere Untersuchungen u¨ber eindeutige analytische Funktionen. – Berlin-Go¨ttin- gen-Heidelberg: Springer, 1955. – 164 p.
Hayman W.K. Subharmonic functions. V.2. – London Math. Soc. Monographs, V.20, London, Academic Press, 1989.
Sheremeta M.M. Entire Dirichlet series. – Kyiv: ISDO, 1993. – 168 p. (in Ukrainian)
K¨ovari T. On the Borel exceptional values of lacunary integral functions// J. Anal. Math. – 1961. – V.9. – P. 71–109. https://doi.org/10.1007/BF02795340
K¨ovari T. A gap-theorem for entire functions of infinite order// Michigan Math. J. – 1965. V.12. – P. 133–140. doi: 10.1307/mmj/1028999302
Hayman W.K. The local growth of power series: a survey of the Wiman-Valyron method // Canad. Math. Bull. – 1974. – V.17, no.3. – P. 317–358.
Borel E. Lecons sur les fonctions entieres. – Paris: Gauthier–Villars, 1921.
Rosenbloom P. Probability and entire functions, Stud. Math. Anal. and Related Topics, Stanford: Calif. Univ. Press. – 1962. – P. 325–332.
Suleimanov N.M. Estimates of Wiman–Valiron type for solutions of differential equa- tions// Differ. Uravn. – 1982. – V.18, no.1. – P. 176–177. (in Russian)
London R.R. Note on a lemma Rosenbloom// Quart. J. Math. – 1970. – V.21, no.81. – P. 67–69.
Filevych P.V. On London’s theorem on Borel’s relation for entire functions// Ukrainian Mathematical Journal. – 1998. – V.50, no.11. – P. 1578–1580. (in Ukrainian)
Filevych P.V. Exact estimate of the exceptional set in Borel’s relation for entire func- tions// Ukrainian Mathematical Journal – 2001. – V.53, no.2. – P. 286–288. (in Ukrainian)
Skaskiv O.B., Filevych P.V. On the size of an exceptional set in the Wiman theorem// Mat. Stud. – 1999. – V.12, no.1. – P. 31–36. https://matstud.org.ua/texts/1999/12_1/12_1_031- 036.pdf
Skaskiv O.B. Estimates of measures of exceptional sets in the Wiman–Valiron theory
// Nonlinear Boundary Value Problems. Collected Scientific Papers. – 2001. – V.11. – Donetsk, 2001. – P. 186–190. (in Ukrainian)
Skaskiv O.B., Zrum O.V. On an exceptional set in the Wiman inequalities for entire func- tions// Mat. Stud. – 2004. – V.21, no.1. – P. 13–24. (in Ukrainian) doi:10.30970/ms.21.1.13- 24
Kuryliak A.O., Skaskiv O.B. Wiman’s type inequality for analytic and entire functions and h-measure of an exceptional sets// Carpathian Math. Publ. – 2020. – V.12, no.2. – P. 492– 498. https://doi.org/10.15330/cmp.12.2.492-498
Sugimura K. U¨bertragung einiger S¨atze aus der Theorie der ganzen Funktionen auf Diri- chletschen Reihen// Math. Zeitschr. – 1929. – Bd.29. – S. 264–277.
Amira B. Maximalbetrag und Maximalglied Dirichletscher Reihen// Math. Zeitschr. – 1930. Bd.31. – S. 594–600.
Sreenivasulu V. The maximum term and the maximum modulus of an entire Dirichlet seri- es// J. Indian Math. Soc. – 1973. – V.37, no.1–4. – P. 197–208.
Sunyer-Balaguer F. Generalizacion del metodo de Wiman-Valiron a una classe de series de Dirichlet // Publ. semin. mat. Fac. cient. Zaragoza: 1962, V.3. – P. 43–47.
Shchuchinskaya E.F. Analogues of Wiman’s theorem for Dirichlet series// Mathematical Analysis and Its Applications. – Rostov-on-Don: Rostov State University Press, 1978. – 148–156. (in Russian)
Shchuchinskaya E.F. On Borel’s inequality for entire functions of finite order // Proceedings of the North Caucasus Scientific Center of Higher School, Natural Sciences. – 1981. – no.1. P. 22–23. (in Russian)
Shchuchinskaya E.F. Asymptotic estimates for certain classes of entire Dirichlet se- ries// Proceedings of the North Caucasus Scientific Center of Higher School, Natural Sciences. — 1986. — no.3. — P. 47–50. (in Russian)
Yakunina N.F. Analogues of Wiman’s theorem for Dirichlet series// Mathematical Analysis and its Applications. – Rostov-on-Don: Rostov State University Press, 1974. – P. 218–225. (in Russian)
Khomyak M.M. The maximum term of a Dirichlet series specifying an entire functi- on// Soviet Math. (Iz. VUZ). – 1982. – V.26. no.10. – P. 92–95.
Khomyak M.M. The Wiman-Valiron method for entire functions, defined by Dirichlet series, with a growth condition on certain sequences// Ukr. Math. J. – 1983. – V. 35, no.4. – P. 447– 451. https://doi.org/10.1007/BF01093102
Sheremeta M. N. The Wiman-Valiron method for dirichlet series// Ukr. Math. J. – 1978. – V. 30, no.4. – P. 376–383. https://doi.org/10.1007/BF01085861
Sheremeta M.N. Asymptotic properties of entire functions defined by Dirichlet series and of their derivatives// Ukr. Math. J. – 1979. – V. 31, no.6. – P. 558–564. https://doi.org/10.1007/BF01092538
Sheremeta M. N. Analogues of Wiman’s theorem for Dirichlet series// Math. USSR-Sb. – 1981. – V. 38, no.1. –P. 95–107.
Sheremeta M.N. Asymptotics of entire functions defined by Dirichlet series and satisfyi- ng first-order differential equations with exponential coefficients// Differential Equations. – 1981. – V.17, no.6. – P. 1139–1142. (in Russian)
Sheremeta M.N. The growth in an angle of entire functions represented by lacunary se- ries// Siberian Math. J. – 1980. – V.21, no.3. – P. 460–469. https://doi.org/10.1007/BF00968191
Sheremeta M.N. Growth in a strip of entire functions represented by Dirichlet series// Math. USSR-Izv. – 1982. – V.18, no.3. – P. 587–598. https://doi.org/10.1070/IM1982v018n03ABEH001401
Sheremeta M.N. Entire ridge functions// Izv. Vyssh. Uchebn. Zaved. Mat. – 1981. – no.4. –56–63. (in Russian)
Sheremeta M.N. The maximal term of a Dirichlet series absolutely converging in the half- plane// Soviet Math. (Iz. VUZ). – 1986. – V.30, n.4. – P. 84–87.
Skaskiv O.B., Sheremeta M.N. On the asymptotic behavior of entire Dirichlet series// Math. USSR-Sb. – 1986. – V.59, no.2. – P. 379–396. https://doi.org/10.1070/SM1988v059n02ABEH003141
Sheremeta M.M. On the derivative of an entire Dirichlet series// Math. USSR-Sb. – 1990. V.65, no.1. – P. 133–145. https://doi.org/10.1070/SM1990v065n01ABEH002076
Sheremeta M.M. On a relation between the maximum modulus and the maximal term of an entire dirichlet series// Mat. Stud. – 1991. – V.1. – P. 33–43. doi:10.30970/ms.1.33-43
Sheremeta M.M. On a relation between the maximum modulus and the maximal term of an entire Dirichlet series// Mat. Stud. – 1994. – V.3. – P. 61–66.
Sheremeta M.M. Behavior of the maximum of the absolute value of an entire Dirichlet series outside an exceptional set // Math. Notes. – 1995. – V.57, no.2. – P. 198–207. https://doi.org/10.1007/BF02309154
Skaskiv O.B. Behavior of the maximum term of a Dirichlet series that defines an entire function// Math. Notes. – 1985. – V.37, №1. – P. 24–28.
Fenton P.C. Some results of Wiman–Valiron type for integral functions of finite lower order // Ann. of Math. (2). – 1976. – V.103. – P. 237–252. http://www.jstor.org/stable/1971005
Fenton P.C. The minimum modulus of gap power series// Proc. Edinb. Math. Soc. – 1978. V.21. – P. 49–54.
Fenton P.C. Wiman–Valiron theory for entire functions of finite lower growth// Trans. Amer. Math. Soc. – 1979. – V.252. – P. 221–232. http://www.jstor.org/stable/1998086
Fenton P.C. Minimum modulus of gap power series// Complex Variables and Elliptic Equati- ons. – 2006. – V.51, no.4, 347–355. DOI: 10.1080/17476930600603382
Fenton P.C. A note on the Wiman-Valiron method// Proc. Edinb. Math. Soc. – 1993. – V.37. P. 53–55.
Fuchs W.H.J. Asymptotic evalution of integrals, and Wiman-Valyron theory// Complex anal. and appl. Lect. Int. semin. course. Trieste, 1975, 1, Vienna, 1976, 235–283.
Fuchs W.H.J. A look Wiman-Valyron theory// Lect. Notes Math. – 1977. – V.599. – P. 46–50.
Skaskiv O.B. On the Polya conjecture concerning the maximum and minimum of the modulus of an entire function of finite order given by lacunary power series// Anal. Math. – 1990. – V.16, no.2. – P. 143–157.
Salo T.M., Skaskiv O.B., Trakalo O.M. On the best possible description of exceptional set in Wiman–Valiron theory for entire function// Mat. Stud. – 2001. – V.16, no.2. – P. 131–140.
Filevych P.V. Asymptotic relations between the means of Dirichlet series// Mat. Stud. – 2003. – V.19, no.2. – P. 127–140.
Salo T.M., Skaskiv O.B. The minimum modulus of gap power series and h-measure of exceptional sets// arXiv: 1512.05557v1 [math.CV] 17 Dec 2015. – 17 p.
Skaskiv O.B. On certain relations between the maximum modulus and the maximal term of an entire Dirichlet series// Math. Notes. – 1999. – V.66, №2. – P. 223–232.
Sheremeta M.N. On the convergence rate of the partial sums of positive entire Dirichlet series// Anal. Math. – 1990. – V.17, no.1. – P. 47–54.
Skaskiv O.B., Trakalo O.M. On the stability of the maximum term of the entire Dirichlet series// Ukr. Mat. Zh. – 2005. – V.57, no.4. – P. 571–576. (in Ukrainian); English transl. in Ukrainian Math. J. – 2005. – V.57, №4. – P. 686–693.
Скаскiв О.Б., Тракало О.М. Асимптотичнi оцiнки iнтегралiв Лапласа// Mat.Stud. – 2002. – V.18, no.2. – P. 125–146.
Grosse-Erdmann K.-G. A note on the Wiman-Valiron inequality// arXiv:2409.06499v1 [math.CV] 10 Sep 2024. https://doi.org/10.48550/arXiv.2409.06499
Agneessens K., Grosse-Erdmann K. On the rate of growth of random analytic functions, with an application to linear dynamics// Canadian J. Math. – 2025. – P. 1–21. https://doi.org/10.4153/ S0008414X25101491
Grosse-Erdmann K.-G. A note on the Wiman-Valiron inequality// Arch. Math., 2025. – V.124. – P. 63–74. https://doi.org/10.1007/s00013-024-02061-2
Skaskiv O.B., Salo T.M. Entire Dirichlet series of rapid growth and new estimates for the measure of exceptional sets in theorems of the Wiman–Valiron type// Ukr. Math. J. – 2001. V.53, no.6. – P. 978–991. https://doi.org/10.1023/A:1013308103502
Sheremeta M.M. Equivalence of the logarithms of the maximum modulus and the maximum term of an entire series of Dirichlet// Math. Notes. – 1987. – V.42, no.2. – P. 624–630. https://doi.org/10.1007/BF01240449
Salo T.M., Skaskiv O.B., Trakalo O.M. On the best possible description of exeptional set in Wiman-Valiron theory for entire function// Mat. Stud. – 2001. – V.16, №2. – P. 131–140.
Posiko O.S., Skaskiv O.B., Sheremeta M.M. Estimates of the Laplace–Stieltjes integral // Mat. Stud. – 2004. – V.21, no.2. – P. 179–186. (in Ukrainian)
Posiko O.S., Sheremeta M.M. Asymptotic estimates for Laplace-Stieltjes integrals// Ukr. Math. Visn. – 2005. – V.2, no.4. – P. 541–549. (in Ukrainian); English transl. in Ukr. Math. Bull. – 2005. – V.2, no.4. – P. 547–555.
Zadorozhna O.Yu., Skaskiv O.B. Elementary remarks on the abscissas of convergence of Laplace–Stieltjes integrals // Bukovinian Mathematical Journal. – 2013. – V.1, no.3–4. – 45–50. (in Ukrainian)
Sheremeta M.N. Asymptotic Properties of Entire Functions Defined by Power Series and Dirichlet Series: Extended Abstract of Doctoral Dissertation in Physical and Mathematical Sciences – Kyiv, 1987. (in Russian)
Zikrach D.Yu., Skaskiv O.B. Asymptotic external estimation of the exeptional sets of Laplace-Stieltjes integrals// Nauk. Visn. Chern. Univ. Math. – 2011. – V.1, №3. – P. 38–43.
L´evy P. Sur la croissance de fonctions enti`ere, Bull. Soc. Math. France. – 1930. – V. 58. – P. 29–59; P. 127–149.
Erd¨os P., Renui A. On random entire functions// Zastosowania Mat. – 1969. – V.10. – P. 47–55.
Filevych P.V. On the Wiman–Valiron type estimates for entire functions// Doklady of the National Academy of Sciences of Ukraine. — 1997. — V.12. — P. 141–148. (in Ukrainian)
Filevych P.V. Relations between the maximal term and the maximal modulus for entire functions defined by Dirichlet series// Mat. Stud. – 1997. – V.7, No. 2. – P. 157–166. (in Ukrainian)
Kuryliak A. Subnormal independent random variables and Levy’s phenomenon for entire functions, Mat. Stud. – 2017. – V.47, no.1. – P. 10–19.
Kuryliak A.O., Ovchar I.E., Skaskiv O.B. Wiman’s inequality for Laplace integrals, Int. Journal of Math. Analysis. – 2014. – V.8, no.8. – P. 381–385.
Скаскiв О.Б., Бандура А.I. Асимптотичнi оцiнки додатних iнтегралiв i цiлих функцiй. Львiв–Iвано-Франкiвськ: ЛНУ-IНФТУНГ. 2015. 108 с.
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