Discrete discrepancy has been utilized as a uniformity measure for comparing and evaluating factorial designs. In this paper, for asymmetrical factorials, we give some linkages between uniformity measured by the discrete discrepancy and other criteria, such as generalized minimum aberration (Xu and Wu, 2001) and minimum projection variance (Ai and Zhang, 2004). These close linkages show a significant justification for the discrete discrepancy used to measure uniformity of factorial designs, and provide an additional rationale for using uniform designs.Statistics & ProbabilitySCI(E)0ARTICLE3491-5024
Abstract. By considering the so-called algebraic orthogonality among exper-imental runs, this paper ...
Fractional factorial designs are popular and widely used for industrial experiments. Generalized min...
A uniform design scatters its design points evenly on the experimental domain according to some disc...
Based on a so-called uniformity pattern, Fang and Qin [2005. Uniformity pattern and related criteria...
We show a link between the two apparently unrelated areas of uniformity and minimum aberration. With...
This paper shows how uniform designs can reduce this aliasing. The discrepancy is a quantitative mea...
Recently, Xu and Wu (2001) presented generalized minimum aberration criterion for comparing and sele...
The objective of this paper is to study the issue of the projection uniformity of asymmetric fractio...
AbstractFactorial designs are arguably the most widely used designs in scientific investigations. Ge...
Abstract: In recent years, there has been increasing interest in the study of asym-metrical fraction...
Abstract: Resolution has been the most widely used criterion for comparing regular fractional factor...
Tang and Deng (1999) proposed a generalized minimum aberration criterion (GMA) as a natural extensio...
Deng and Tang proposed generalized resolution and minimum aberration criteria for comparing and asse...
Highly efficient designs and uniform designs are widely applied in many fields because of their good...
Fractional factorial designs are used in a wide variety of disciplines as a means of studying how ch...
Abstract. By considering the so-called algebraic orthogonality among exper-imental runs, this paper ...
Fractional factorial designs are popular and widely used for industrial experiments. Generalized min...
A uniform design scatters its design points evenly on the experimental domain according to some disc...
Based on a so-called uniformity pattern, Fang and Qin [2005. Uniformity pattern and related criteria...
We show a link between the two apparently unrelated areas of uniformity and minimum aberration. With...
This paper shows how uniform designs can reduce this aliasing. The discrepancy is a quantitative mea...
Recently, Xu and Wu (2001) presented generalized minimum aberration criterion for comparing and sele...
The objective of this paper is to study the issue of the projection uniformity of asymmetric fractio...
AbstractFactorial designs are arguably the most widely used designs in scientific investigations. Ge...
Abstract: In recent years, there has been increasing interest in the study of asym-metrical fraction...
Abstract: Resolution has been the most widely used criterion for comparing regular fractional factor...
Tang and Deng (1999) proposed a generalized minimum aberration criterion (GMA) as a natural extensio...
Deng and Tang proposed generalized resolution and minimum aberration criteria for comparing and asse...
Highly efficient designs and uniform designs are widely applied in many fields because of their good...
Fractional factorial designs are used in a wide variety of disciplines as a means of studying how ch...
Abstract. By considering the so-called algebraic orthogonality among exper-imental runs, this paper ...
Fractional factorial designs are popular and widely used for industrial experiments. Generalized min...
A uniform design scatters its design points evenly on the experimental domain according to some disc...