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Evaluating the Measurement Uncertainty Fundamentals and Practical Guidance

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ISBN-10: 0750308400

ISBN-13: 9780750308403

Edition: 2002

Authors: I Lira

List price: $292.00
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Book details

List price: $292.00
Copyright year: 2002
Publisher: Taylor & Francis Group
Publication date: 4/9/2002
Binding: Hardcover
Pages: 251
Size: 0.63" wide x 9.53" long x 0.71" tall
Weight: 1.430
Language: English

Preface
Metrology, its role in today's world
The convention du Metre and SI units
Metrology in high-technology manufacturing industries
The need for accuracy rather than simply reproducibility
Metrology in human health and in environmental protection
Metrology and fundamental physics
The role of national and regional metrology organizations
The cost of maintaining a national measurement system
Final remarks - a personal view
Basic concepts and definitions
An example: tolerance checking
Values and units of measurement
Calibration and traceability
Measurement uncertainty
Measurement error, accuracy and precision
The measurement model
Some additional remarks
Evaluating the standard uncertainty
Quantities as random variables
Standard, mutual and expanded uncertainties
Some useful pdfs
The law of propagation of uncertainties (LPU)
The special case of only one input quantity
Monte Carlo methods
Imported primary quantities
Directly measured primary quantities: type A analysis
Digital display devices
Correction quantities: systematic effects
Correction quantities: calibration
Evaluating the expanded uncertainty
Coverage factor and coverage probability
Coverage intervals and coverage uncertainties
The consumer's and producer's risks
The acceptance interval: guardbanding
Type A analysis revisited
Quantities evaluated from a measurement model
Standard versus expanded uncertainty
The joint treatment of several measurands
Vectors and matrices
The generalized law of propagation of uncertainties (GLPU)
The input uncertainty matrix
Applications of the generalized law of propagation
Least-squares adjustment
Curve-fitting
Consistency analysis
Applications of least-squares adjustment
Bayesian inference
Bayes' theorem (BT)
BT in terms of probability density functions
Example
Non-informative priors
Repeated measurements
The principle of maximum entropy (PME)
Evaluation of the producer's and consumer's risks
The model prior
Bayesian analysis of the model Z = M(X, Y)
Probability tables
Glossary
References
Index to chapters 2-6