Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  consider the monitoring of bivariate processes with autocorrelated data.The use of two side-sensitive X ź charts compete ll with the synthetic T2 chart.The Markov chain approach was used to obtain the steady-state properties.The synthetic rules always improve the performance of the control charts. In this study,  propose the use of simultaneous X ź charts to control bivariate processes with autocorrelated data. The first set of X ź charts is side-sensitive with regard to the same variable (SV X ź charts) and the second one is side-sensitive with regard to both variables (BV X ź charts). The Markov chain approach was used to obtain the steady-state properties of the X ź charts. In comparison with the standard synthetic T2 chart, the SV and the BV charts signal faster in a wide variety of disturbances, except when the variables are high correlated. The BV charts are simpler and signal faster than the SV charts.
['Felipe Domingues Simões', 'Roberto Campos Leoni', 'Marcela Aparecida Guerreiro Machado', 'Antonio F. B. [Unesp] Costa']
I am writing a research paper on a idea Synthetic charts to control bivariate processes with autocorrelated data
[{"from": "human", "value": "I am writing a research paper on a idea Synthetic charts to control bivariate processes with autocorrelated data"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  consider the monitoring of bivariate processes with autocorrelated data.The use of two side-sensitive X \u017a charts compete ll with the synthetic T2 chart.The Markov chain approach was used to obtain the steady-state properties.The synthetic rules always improve the performance of the control charts. In this study,  propose the use of simultaneous X \u017a charts to control bivariate processes with autocorrelated data. The first set of X \u017a charts is side-sensitive with regard to the same variable (SV X \u017a charts) and the second one is side-sensitive with regard to both variables (BV X \u017a charts). The Markov chain approach was used to obtain the steady-state properties of the X \u017a charts. In comparison with the standard synthetic T2 chart, the SV and the BV charts signal faster in a wide variety of disturbances, except when the variables are high correlated. The BV charts are simpler and signal faster than the SV charts."}]