Abstract:In this article, we establish some new Ostrowski type integral inequalities on time scales involving functions of two independent variables for k 2 points, which on one hand unify continuous and discrete analysis, on the other hand extend some known results in the literature. The established results can be used in the estimate of error bounds for some numerical integration formulae, and some of the results are sharp.
“…Some various generalizations and extensions of the dynamic Ostrowski inequality can be found in the papers [34,33,5,18,50,24,32,37,45,47,48,43,42,41].…”
Abstract. In this article, using two parameters, we obtain generalizations of a weighted Ostrowski type inequality and its companion inequalities on an arbitrary time scale for functions whose first delta derivatives are bounded. Our work unifies the continuous and discrete versions and can also be applied to the quantum calculus case.
“…Some various generalizations and extensions of the dynamic Ostrowski inequality can be found in the papers [34,33,5,18,50,24,32,37,45,47,48,43,42,41].…”
Abstract. In this article, using two parameters, we obtain generalizations of a weighted Ostrowski type inequality and its companion inequalities on an arbitrary time scale for functions whose first delta derivatives are bounded. Our work unifies the continuous and discrete versions and can also be applied to the quantum calculus case.
“…Our first result will extend Theorem 10 to the 2-dimensional case (see Remark 15). As a special case (for λ = 0) of our results, we will obtain the main theorems of Feng and Meng in [7] (see Remarks 15,17 and 20); and for λ ∈ (0, 1], we obtain completely new results in this direction.…”
Section: Introductionmentioning
confidence: 62%
“…In 2012, Feng and Meng [7] extended, among other things, Theorem 9 to the 2-dimensional case. For more on this and related results in this direction, see the papers [9,10,[12][13][14]16] and the references therein.…”
“…There are a lot of papers involving the oscillation for (2) and other linear, nonlinear, damped, and forced differential equations or Hamiltonian systems (see [8][9][10][11]) since the foundation work of Wintner [11] (see also for [12][13][14][15][16][17][18][19][20][21][22][23][24][25]). Especially, if ( ) ≡ 1, we obtain the second-order linear Hill equation ( ) + ( ) ( ) = 0.…”
Using integral average method and properties of conformable fractional derivative, new Kamenev type oscillation criteria are given firstly for conformable fractional differential equations, which improve known results in oscillation theory. Examples are also given to illustrate the effectiveness of the main results.
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