2007 IEEE International Conference on Industrial Engineering and Engineering Management 2007
DOI: 10.1109/ieem.2007.4419390
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VSSI <tex>$\bar X$</tex> control charts for processes with multiple assignable causes

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Cited by 4 publications
(2 citation statements)
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“…With the exception of Tagaras and Lee (1988), all cited references assume either that the occurrence of some assignable cause blocks the possible occurrence of another cause or, alternatively, call for the same corrective action, regardless of the occurring special cause and its effect on the process. The statistical performance of VSSI control charts vs. other control charts when the occurrence of an assignable cause does not necessarily prevent the occurrence of another assignable cause has been investigated by Lee et al (2007). The proposed approach is different from a recently published research, (Celano et al, 2011), where VP control charts have been economically designed for processes subject to a single assignable cause and corrective action, but random shift size.…”
Section: Multiple Assignable Causesmentioning
confidence: 99%
“…With the exception of Tagaras and Lee (1988), all cited references assume either that the occurrence of some assignable cause blocks the possible occurrence of another cause or, alternatively, call for the same corrective action, regardless of the occurring special cause and its effect on the process. The statistical performance of VSSI control charts vs. other control charts when the occurrence of an assignable cause does not necessarily prevent the occurrence of another assignable cause has been investigated by Lee et al (2007). The proposed approach is different from a recently published research, (Celano et al, 2011), where VP control charts have been economically designed for processes subject to a single assignable cause and corrective action, but random shift size.…”
Section: Multiple Assignable Causesmentioning
confidence: 99%
“…Costa (1999) desarrolla también una versión VSSI del gráfico X-R. Se ha probado que los gráficos VSSI para X mejoran el comportamiento del correspondiente gráfico tradicional FSSI en presencia de una (Prabhu et al, 1994) o varias (Lee et al, 2007) causas especiales de variabilidad. En la misma línea, Carot et al (2002) presentan una variante del gráfico X basada en doble muestreo con intervalo de muestreo variable (DSVSI, por double sampling variable sampling interval) y demuestran que ésta consigue detectar cambios pequeños y moderados en la media del proceso más rápido que los correspondientes gráficos VSI, VSS, VSSI, CUSUM y EWMA.…”
Section: Gráficos De Control Adaptablesunclassified