Titlebook: Business Taxation and Financial Decisions; Deborah Schanz,Sebastian Schanz Textbook 2011 Springer-Verlag Berlin Heidelberg 2011 Business T

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R–LINE: A Better Randomized 2-Server Algorithm on the LineA randomized on-line algorithm is given for the 2-server problem on the line, with competitiveness less than 1.901 against the oblivious adversary. This improves the previously best known competitiveness of . for the problem.

傲慢人

Introduction,Since its introduction to the second language (L2) learning and teaching by MacIntyre and Charos (.), willingness to communicate (WTC) research has become of the highly studied topics within the field of second language acquisition (SLA) and applied linguistics.

Macronutrients

Online Minimization Knapsack ProblemIn this paper, we address the online minimization knapsack problem, i. e., the items are given one by one over time and the goal is to minimize the total cost of items that covers a knapsack. We study the . model, where it is allowed to remove old items from the knapsack in order to accept a new item. We obtain the following results.

Truculent

On the Additive Constant of the ,-Server Work Function AlgorithmWe consider the Work Function Algorithm for the .-server problem [2,4]. We show that if the Work Function Algorithm is .-competitive, then it is also . (2.)-competitive. As a consequence of [4] this also shows that the Work Function Algorithm is strictly (4. − 2)-competitive.

RUPT

ADOPT

On Convergence of Singular Integral Operators with Radial Kernels,In this paper, we prove the pointwise convergence of the operator . to the function ., as . tends to . by the three parameter family of singular integral operators in ., where . is a closed, semi-closed, or open rectangular region .. Here, the kernel function is radial and we take the point. as a .-generalized Lebesgue point of ..

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袋鼠

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0081-4601 Overview: The classic reference work that provides annually updated information on the countries of the world.978-0-230-27105-0Series ISSN 0081-4601 Series E-ISSN 2524-812X

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