Reliability and Its Quantitative Measures

In this article is made an opening for the software reliability issues, through wide-ranging statistical indicators, which are designed based on information collected from operating or testing (samples). It is developed the reliability issues also for the case of the main reliability laws (exponenti...

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Main Author:	Alexandru ISAIC-MANIU
Format:	Article
Language:	English
Published:	Inforec Association 2010-01-01
Series:	Informatică economică
Subjects:	Reliability Statistical Indicator Cdf - Cumulative Distribution Function Pdf - Probability Density Function Reliability Function R(T) Weibull Law Rayleigh Statistical Law Sampling Plan Average Lifetime Testing Time
Online Access:	http://revistaie.ase.ro/content/56/01%20-%20Isaic-Maniu.pdf

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spelling	doaj-0dd9d7af81ec47b299d7533aa73324632020-11-24T22:50:28ZengInforec AssociationInformatică economică1453-13051842-80882010-01-01144718Reliability and Its Quantitative MeasuresAlexandru ISAIC-MANIUIn this article is made an opening for the software reliability issues, through wide-ranging statistical indicators, which are designed based on information collected from operating or testing (samples). It is developed the reliability issues also for the case of the main reliability laws (exponential, normal, Weibull), which validated for a particular system, allows the calculation of some reliability indicators with a higher degree of accuracy and trustworthiness http://revistaie.ase.ro/content/56/01%20-%20Isaic-Maniu.pdfReliability Statistical IndicatorCdf - Cumulative Distribution FunctionPdf - Probability Density FunctionReliability Function R(T)Weibull LawRayleigh Statistical LawSampling PlanAverage LifetimeTesting Time
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Alexandru ISAIC-MANIU
spellingShingle	Alexandru ISAIC-MANIU Reliability and Its Quantitative Measures Informatică economică Reliability Statistical Indicator Cdf - Cumulative Distribution Function Pdf - Probability Density Function Reliability Function R(T) Weibull Law Rayleigh Statistical Law Sampling Plan Average Lifetime Testing Time
author_facet	Alexandru ISAIC-MANIU
author_sort	Alexandru ISAIC-MANIU
title	Reliability and Its Quantitative Measures
title_short	Reliability and Its Quantitative Measures
title_full	Reliability and Its Quantitative Measures
title_fullStr	Reliability and Its Quantitative Measures
title_full_unstemmed	Reliability and Its Quantitative Measures
title_sort	reliability and its quantitative measures
publisher	Inforec Association
series	Informatică economică
issn	1453-1305 1842-8088
publishDate	2010-01-01
description	In this article is made an opening for the software reliability issues, through wide-ranging statistical indicators, which are designed based on information collected from operating or testing (samples). It is developed the reliability issues also for the case of the main reliability laws (exponential, normal, Weibull), which validated for a particular system, allows the calculation of some reliability indicators with a higher degree of accuracy and trustworthiness
topic	Reliability Statistical Indicator Cdf - Cumulative Distribution Function Pdf - Probability Density Function Reliability Function R(T) Weibull Law Rayleigh Statistical Law Sampling Plan Average Lifetime Testing Time
url	http://revistaie.ase.ro/content/56/01%20-%20Isaic-Maniu.pdf
work_keys_str_mv	AT alexandruisaicmaniu reliabilityanditsquantitativemeasures
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Reliability and Its Quantitative Measures

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