In measurement system analysis (MSA) the assessment of the measurement system’s precision is a very relevant topic as it allows to evaluate the capability of the easurement system. The standard method generally proposed to estimate the precision in this context is the gauge repeatability and reproducibility method (GR&R). For continuous output this method has received substantial attention both in the statistical literature and in the international standards. On the contrary, few studies are available to investigate the capability of the easurement system when output data are categorical, despite their wide application e.g. in industry, applied metrology and quality assurance. In our presentation, we are going to present a new procedur...
The article discussed the selected methods of measurement systems analysis (MSA) in case of differen...
This study is an overview of the capability evaluation of measurement systems. Principally, the dete...
This study is an overview of the capability evaluation of measurement systems. Principally...
The precision of a measurement system is the consistency across multiple measurements of the same ob...
In manufacturing environment, critical decisions about process and product quality depend on the qua...
Multivariate measurement systems analysis (MSA) is usually performed by designing suitable gauge rep...
Many quality programs prescribe a measurement system analysis (MSA) to be performed on the key quali...
Measurement systems analysis (MSA) is a set of requirements and procedures adopted by the automotive...
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...
Measurement systems analysis (MSA) is typically conducted on a single quality characteristic. Multi...
This paper lists the most fundamental problems related to the application of measurement system anal...
In a competitive production environment, critical decision making are based on data resulted by rand...
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...
This study is an overview of the capability evaluation of measurement systems. Principally, the dete...
This study is an overview of the capability evaluation of measurement systems. Principally...
The precision of a measurement system is the consistency across multiple measurements of the same ob...
In manufacturing environment, critical decisions about process and product quality depend on the qua...
Multivariate measurement systems analysis (MSA) is usually performed by designing suitable gauge rep...
Many quality programs prescribe a measurement system analysis (MSA) to be performed on the key quali...
Measurement systems analysis (MSA) is a set of requirements and procedures adopted by the automotive...
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...
Measurement systems analysis (MSA) is typically conducted on a single quality characteristic. Multi...
This paper lists the most fundamental problems related to the application of measurement system anal...
In a competitive production environment, critical decision making are based on data resulted by rand...
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...
This study is an overview of the capability evaluation of measurement systems. Principally, the dete...
This study is an overview of the capability evaluation of measurement systems. Principally...