Weighted Chernoff Information and Optimal Loss Exponent in Context-Sensitive Hypothesis Testing. [PDF]
Kelbert M, Kalimulina EY.
europepmc +1 more source
Differential Equations With Several Non-Monotone Arguments: An Oscillation Result
First-order linear differential equations with multiple non-monotone delay arguments are studied. A new oscillation criterion is derived using the monotonicity analysis. An example is given to illustrate the result.
G E Chatzarakis
exaly +4 more sources
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Oscillation Tests for Difference Equations With Non-Monotone Retarded Arguments
Applied Mathematics Letters, 2022zbMATH Open Web Interface contents unavailable due to conflicting licenses.
George E Chatzarakis, Emad R Attia
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An Oscillation Criterion for Delay Differential Equations With Several Non-Monotone Arguments
8 ...
G E Chatzarakis, I P Stavroulakis
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New Oscillation Criterion for Delay Differential Equations With Non-Monotone Arguments
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Emad R Attia, Hassan A. El-Morshedy
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On Oscillation of Differential Equations With Non-Monotone Deviating Arguments
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An Argumentation Framework for Non-monotonic Reasoning in Description Logic
2012With the development of semantic web technology, ontology level reasoning among various agents has become an important topic. To handle the inconsistency between different knowledge bases, a non-monotonic reasoning method is always in need. However, for most approaches to non-monotonic ontology reasoning, new mechanism must be added into the reasoning ...
Geng Wang, Zuoquan Lin
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Modeling non-monotonic properties under propositional argumentation
SPIE Proceedings, 2013In the field of knowledge representation, argumentation is usually considered as an abstract framework for nonclassical logic. In this paper, however, we'd like to present a propositional argumentation framework, which can be used to closer simulate a real-world argumentation.
Geng Wang, Zuoquan Lin
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Oscillations of Differential Equations With Several Non-Monotone Advanced Arguments
Dynamical Systems, 2015Consider the first-order advanced differential equation of the form where qi, 1 ≤ i ≤ m are functions of non-negative real numbers, and σi, 1 ≤ i ≤ m are functions of positive real numbers such that σi(t) > t for t ≥ t0. New oscillation criteria, involving lim sup and lim inf, are established, in the case of non-monotone advanced arguments.
Özkan Ocalan, G E Chatzarakis
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