Results 11 to 20 of about 423,933 (267)
A model for cascading failures with the probability of failure described as a logistic function. [PDF]
AbstractIn most cascading failure models in networks, overloaded nodes are assumed to fail and are removed from the network. However, this is not always the case due to network mitigation measures. Considering the effects of these mitigating measures, we propose a new cascading failure model that describes the probability that an overloaded node fails ...
Kim M, Kim JS.
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Gradients and subgradients of buffered failure probability [PDF]
Gradients and subgradients are central to optimization and sensitivity analysis of buffered failure probabilities. We furnish a characterization of subgradients based on subdifferential calculus in the case of finite probability distributions and, under additional assumptions, also a gradient expression for general distributions.
Johannes O. Royset, Ji-Eun Byun
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St. Petersburg Paradox and Failure Probability [PDF]
The St. Petersburg paradox provides a simple paradigm for systems that show sensitivity to rare events. Here, we demonstrate a physical realization of this paradox using tensile fracture, experimentally verifying for six decades of spatial and temporal data and two different materials that the fracture force depends logarithmically on the length of the
Jake Fontana, Peter Palffy-Muhoray
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Bounding Failure Probability with the SIVIA Algorithm [PDF]
The accuracy of Monte Carlo simulation methods depends on the computational effort invested in reducing the estimator variance. Typically reducing such variance requires invoking Monte Carlo with as many samples as one can afford. When the system is complex and the failure event is rare, it can be challenging to establish the correctness of the failure
de Angelis, Marco, Gray, Ander
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Predicting the Probability of Failure in Truss Structures Using Artificial Neural Networks [PDF]
Reliability and safety evaluation is a significant topic in structural engineering. The main issues in structural reliability assessment are the excessive computational cost as well as the accuracy.
Mohammadreza Gholami +3 more
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The purpose of this article is to analyze the existing algorithms of autonomous control of the integrity of the navigation field of the GLONASS system. The analysis is based on domestic materials and official foreign applications. At the beginning of the
N. V. Leonidov
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Failure probability of regional flood defences
Polders in the Netherlands are protected from flooding by primary and regional flood defence systems. During the last decade, scientific research in flood risk focused on the development of a probabilistic approach to quantify the probability of flooding
Lendering Kasper
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The Decoding Failure Probability of MDPC Codes [PDF]
Moderate Density Parity Check (MDPC) codes are defined here as codes which have a parity-check matrix whose row weight is $O(\sqrt{n})$ where $n$ is the length $n$ of the code. They can be decoded like LDPC codes but they decode much less errors than LDPC codes: the number of errors they can decode in this case is of order $Θ(\sqrt{n})$.
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The main aim of the article is demonstrating successful design of spread foundations of a commercial centre building, where geotechnical monitoring allows us to check design efficiency and calculate reliability in comparison with real vertical ...
Drusa Marian +5 more
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Comparison of the collapse frequency and failure probability of buildings
In a previous study, the collapse frequencies and associated mortalities of buildings were compiled based on various publications. The investigation showed a considerable scattering of collapse frequencies depending on the countries.
Dirk Proske, Michael Schmid
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