Proceedings ArticleDOI
An Assessment Model for the Continuous Working Ability of Radars
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TLDR
This work proposes an assessment model of continuous working ability (CWA), based on minimal order statistics, to ensure the stability and reliability of a radar.Abstract:
Radars are the eye and ear of military equipment. The continuous working ability of a radar is to the key to guaranteeing combat effectiveness. This work proposes an assessment model of continuous working ability (CWA), based on minimal order statistics, to ensure the stability and reliability of a radar. The relationship between CWA and mean time between failure (MTBF) is analyzed to reduce the time and cost of reliability testing. Maintainability and testability are developed in expanded CWA models. Using the models, the CWA of a radar is verified considering its maintainability or testability. Finally, the relationship between CWA design, basic reliability, maintainability, and testability is examined. Methods for improvement of CWA are also introduced.read more
Citations
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Proceedings ArticleDOI
An Evaluation Model for Continuous Operating Time Based on Minimum Order Statistic
TL;DR: In this paper , an evaluation model of continuous operating time is proposed based on Minimum Order Statistic (MOS) and test plans are designed to verify continuous operating times with different consumer risks.
Proceedings ArticleDOI
An Evaluation Model for Continuous Operating Time Based on Minimum Order Statistic
TL;DR: In this paper , an evaluation model of continuous operating time is proposed based on Minimum Order Statistic (MOS) and test plans are designed to verify continuous operating times with different consumer risks.
References
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Novel signal processing method for vital sign monitoring using FMCW radar
Mi He,Yongjian Nian,Yushun Gong +2 more
TL;DR: The FMCW wide-band radar is a reliable, robust, and harmless tool for continuous and timely monitoring of cardiac and respiratory rates for multi-human targets, which has a potential to be applied in wards or home healthcare.
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TL;DR: The resulting accurate continuous–discrete unscented Kalman filter is based on adaptive solvers with automatic global error control for treating numerically the moment differential equations arising in the mean and covariance calculation of propagated Gaussian density.
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