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Volume 6: 33rd Design Automation Conference, Parts A and B, 2007
Traditional reliability analysis uses probability distributions to calculate reliability. In many engineering applications, some nondeterministic variables are known within intervals. When both random variables and interval variables are present, a single probability measure, namely, the probability of failure or reliability, is not available in ...
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Traditional reliability analysis uses probability distributions to calculate reliability. In many engineering applications, some nondeterministic variables are known within intervals. When both random variables and interval variables are present, a single probability measure, namely, the probability of failure or reliability, is not available in ...
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Interval Analysis of Vibrating Systems
14th Biennial Conference on Mechanical Vibration and Noise: Vibrations of Mechanical Systems and the History of Mechanical Design, 1993Abstract Interval calculus is a tool to evaluate a mathematical expression for ranges of values of its parameters. The basic mathematical operations are defined in the interval algebra. Vibrating systems having system parameters, initial conditions or forcing functions defined as intervals rather than single-valued ...
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Robust Control Using Interval Analysis
Reliable Computing, 2001A design method of control for uncertain time-delay systems is proposed. It is shown that under the assumptions made, only two Riccati-type equations are to be solved to obtain bounds on the parameters of the controller.
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Herzschrittmachertherapie und Elektrophysiologie, 1997
Advances in electronic computing have enabled continuous tracking of the QT Interval from 24 hour ambulatory ECG recordings. With proper attention to appropriate lead selection and good hook-up technique the variations in QT can be followed for hours with an uncertainty of only a few milliseconds rms.
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Advances in electronic computing have enabled continuous tracking of the QT Interval from 24 hour ambulatory ECG recordings. With proper attention to appropriate lead selection and good hook-up technique the variations in QT can be followed for hours with an uncertainty of only a few milliseconds rms.
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Interval Dynamic Analysis Using Interval Factor Method
2006The dynamic analysis of structures with uncertain parameters is a very significant research field in engineering [1]–[3]. Recently, the interval analysis method has been used to deal with the static response, natural frequencies and dynamic response of structures with bounded uncertain (interval) parameters [4]–[5].
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