Add to ORKGThis paper is based on “From errors to probability density functions - Evolution of the concept of measurement uncertainty” by Walter Bich, which will be published in a forthcoming issue of IEEE Transactions on Instrumentation and Measurement. © 2012 IEE
The paper discusses the problem of quantifying the contribution of systematic errors on the overall ...
This chapter illustrates basic concepts necessary to justify and understand the uncertainty evaluati...
It is now widely accepted that the result of a measurement provides only incomplete information abou...
The concept of uncertainty in measurement stems from that of (probable) error and is intimately inte...
The concept of uncertainty in measurement stems from that of (probable) error and is intimately inte...
This paper considers the well-known concept of uncertainty of a measurement result and discusses the...
This paper considers the well-known concept of uncertainty of a measurement result and discusses the...
This paper considers the well-known concept of uncertainty of a measurement result and discusses the...
This paper considers the well-known concept of uncertainty of a measurement result and discusses the...
measurements have some degree of uncertainty that may come from a variety of sources. The process of...
A measurement result is incomplete without a statement of its 'uncertainty' or 'margin of error'. Bu...
Laboratory medicine decreases diagnostic uncertainty, but is influenced by factors causing uncertain...
In performing a measurement, we encounter errors or biases from a number of sources. Such sources in...
This chapter illustrates basic concepts necessary to justify and understand the uncertainty evaluati...
This chapter illustrates basic concepts necessary to justify and understand the uncertainty evaluati...
The paper discusses the problem of quantifying the contribution of systematic errors on the overall ...
This chapter illustrates basic concepts necessary to justify and understand the uncertainty evaluati...
It is now widely accepted that the result of a measurement provides only incomplete information abou...
The concept of uncertainty in measurement stems from that of (probable) error and is intimately inte...
The concept of uncertainty in measurement stems from that of (probable) error and is intimately inte...
This paper considers the well-known concept of uncertainty of a measurement result and discusses the...
This paper considers the well-known concept of uncertainty of a measurement result and discusses the...
This paper considers the well-known concept of uncertainty of a measurement result and discusses the...
This paper considers the well-known concept of uncertainty of a measurement result and discusses the...
measurements have some degree of uncertainty that may come from a variety of sources. The process of...
A measurement result is incomplete without a statement of its 'uncertainty' or 'margin of error'. Bu...
Laboratory medicine decreases diagnostic uncertainty, but is influenced by factors causing uncertain...
In performing a measurement, we encounter errors or biases from a number of sources. Such sources in...
This chapter illustrates basic concepts necessary to justify and understand the uncertainty evaluati...
This chapter illustrates basic concepts necessary to justify and understand the uncertainty evaluati...
The paper discusses the problem of quantifying the contribution of systematic errors on the overall ...
This chapter illustrates basic concepts necessary to justify and understand the uncertainty evaluati...
It is now widely accepted that the result of a measurement provides only incomplete information abou...