Many quality programs prescribe a measurement system analysis (MSA) to be performed on the key quality characteristics. This guarantees the reliability of the acquired data, which serve as the basis for drawing conclusions with respect to the behavior of the key quality characteristics. When dealing with continuous characteristics, the Gauge R&R is regarded as the statistical technique in MSA. For binary characteristics, no such universally accepted equivalent is available. We discuss methods that could serve as an MSA for binary data. We argue that a latent class model is the most promising candidate.
none1noMultivariate measurement systems analysis (MSA) is usually performed by designing suitable ga...
Binary tests classify items into two categories such as reject/accept, positive/negative or guilty/i...
The precision of a measurement system is the consistency across multiple measurements of the same ob...
Many quality programs prescribe a measurement system analysis (MSA) to be performed on the key quali...
Many quality programs prescribe a measurement system analysis (MSA) to be performed on the key quali...
Many quality programs prescribe a measurement system analysis (MSA) to be performed on the key quali...
We describe a methodology for the assessment of the repeatability and reproducibility (R&R) of measu...
We review methods for assessing the reliability of binary measurements, such as accept/reject inspec...
We describe a methodology for the assessment of the repeatability and reproducibility (R&R) of measu...
In manufacturing environment, critical decisions about process and product quality depend on the qua...
Measurement systems analysis (MSA) is typically conducted on a single quality characteristic. Multi...
Binary Measurement Systems (BMS) are frequently used in such applications as quality control. They a...
In measurement system analysis (MSA) the assessment of the measurement system’s precision is a very ...
Measurement systems analysis (MSA) is typically conducted on a single quality characteristic. Multi...
The article discussed the selected methods of measurement systems analysis (MSA) in case of differen...
none1noMultivariate measurement systems analysis (MSA) is usually performed by designing suitable ga...
Binary tests classify items into two categories such as reject/accept, positive/negative or guilty/i...
The precision of a measurement system is the consistency across multiple measurements of the same ob...
Many quality programs prescribe a measurement system analysis (MSA) to be performed on the key quali...
Many quality programs prescribe a measurement system analysis (MSA) to be performed on the key quali...
Many quality programs prescribe a measurement system analysis (MSA) to be performed on the key quali...
We describe a methodology for the assessment of the repeatability and reproducibility (R&R) of measu...
We review methods for assessing the reliability of binary measurements, such as accept/reject inspec...
We describe a methodology for the assessment of the repeatability and reproducibility (R&R) of measu...
In manufacturing environment, critical decisions about process and product quality depend on the qua...
Measurement systems analysis (MSA) is typically conducted on a single quality characteristic. Multi...
Binary Measurement Systems (BMS) are frequently used in such applications as quality control. They a...
In measurement system analysis (MSA) the assessment of the measurement system’s precision is a very ...
Measurement systems analysis (MSA) is typically conducted on a single quality characteristic. Multi...
The article discussed the selected methods of measurement systems analysis (MSA) in case of differen...
none1noMultivariate measurement systems analysis (MSA) is usually performed by designing suitable ga...
Binary tests classify items into two categories such as reject/accept, positive/negative or guilty/i...
The precision of a measurement system is the consistency across multiple measurements of the same ob...