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On differentiable functions [PDF]
2. In this note, we intend to give a more detailed description of Eap. We prove the following THEOREM. The set Eap gives rise to a set of nonoverlapping and nonabutting open sub-intervals {/ 0 . Thus, each point of Eap is a limiting point of the set. I.e., EapQE'ap.
Fu Cheng Hsiang
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Algebras of differentiable functions [PDF]
1. Let M be a compact differentiable manifold of class Cr, 1
S. B. Myers
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Differentiable functions on 𝑐₀ [PDF]
John C. Wells
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On some Simpson's and Newton's type of inequalities in multiplicative calculus with applications
In this paper, we establish an integral equality involving a multiplicative differentiable function for the multiplicative integral. Then, we use the newly established equality to prove some new Simpson's and Newton's inequalities for multiplicative ...
Saowaluck Chasreechai +4 more
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A New Parameterless Filled Function Method for Global Optimization
The filled function method is an effective way to solve global optimization problems. However, its effectiveness is greatly affected by the selection of parameters, and the non-continuous or non-differentiable properties of the constructed filled ...
Haiyan Liu+3 more
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Hermite–Hadamard inequality is a double inequality that provides an upper and lower bounds of the mean (integral) of a convex function over a certain interval.
Ibtisam Aldawish+2 more
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Continuous Regular Functions [PDF]
Following Chaudhuri, Sankaranarayanan, and Vardi, we say that a function $f:[0,1] \to [0,1]$ is $r$-regular if there is a B\"{u}chi automaton that accepts precisely the set of base $r \in \mathbb{N}$ representations of elements of the graph of $f$.
Alexi Block Gorman+7 more
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Composite differentiable functions [PDF]
19 pages, hard copy available on request.
Bierstone, Edward+2 more
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Representation of a Standard Continuous Function by a Microscope [PDF]
The aim of this paper is to provide a representation of a standard continuous function and a standard differentiable function by mean of a microscope. More precisely, under certain conditions, the following results have been obtained.
Tahir Ismail, Hind Saleh
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Differentially transcendental functions [PDF]
The aim of this paper is to exhibit a method for proving that certain analytic functions are not solutions of algebraic differential equations. The method is based on model-theoretic properties of differential fields and properties of certain known transcendental differential functions, as of $ (x)$.
Mijajlović, Žarko, Malešević, Branko
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