Results 51 to 60 of about 64,486 (162)
On Vinogradov's mean value theorem. II.
Let \(J_{s,k} (P)\) denote the number of solutions of \(\sum^ s_{i = 1} (x^ j_ i-y^ j_ i) = 0\) \((1 \leq j \leq k)\) with \(1 \leq x_ i, y_ i \leq P\). Bounds of the form \[ J_{rk,k} (P) \leq D (k,r)P^{2rk-{1 \over 2} k(k + 1) + {1 \over 2} k^ 2(1 - 1/k)^ r} \tag{*} \] are of importance in both additive and multiplicative number theory, and are known ...
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Numerical solution of linear and nonlinear Fredholm integral equations by using weighted mean-value theorem. [PDF]
Altürk A.
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An extended Vinogradov’s mean value theorem
In this paper, we provide novel mean value estimates for exponential sums related to the extended main conjecture of Vinogradov’s mean value theorem, by developing the Hardy-Littlewood circle method together with a refined shifting variables argument. Let
Oh, Changkeun, Yeon, Kiseok
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Contemporary digital workplaces face pervasive distractions (e.g., notifications, multitasking), yet talent-assessment systems rarely quantify their impact on attention.
M Zainal Arifin +4 more
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Some Applications of Cauchy’s Mean Value Theorem
German Lozada-Cruz
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A mean value theorem for cubic fields
Das Hauptergebnis besteht in Folgendem: Es bezeichne \(K\) eine kubische Erweiterung des rationalen Zahlkörpers und \(\zeta(s,K)\) die dazugehörige Dedekindsche Zetafunktion. Weiter sei \[ S(x)= \sum_{n\leq x} r(n), \] wenn \(r(n)\) die Anzahl ganzer Ideale der Norm \(n\) in \(K\) bedeutet.
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Mean value problems of Flett type for a Volterra operator
In this note we give a generalization of a mean value problem which can be viewed as a problem related to Volterra operators. This problem can be seen as a generalization of a result concerning the zeroes of a Volterra operator in the Banach space of ...
Cezar Lupu
doaj
From Nash Equilibrium to Social Optimum and Back: A Mean Field Perspective. [PDF]
Carmona R +3 more
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A scaling limit theorem for controlled branching processes with a size-divisible term. [PDF]
González M +2 more
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Coupled SDE-ODE Modeling of Tumor-Immune Dynamics to Infer Biomarker Release. [PDF]
Shrestha P, Fan Y, George JT.
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