Factorial designs are very important when experiments involve two or more factors and it is desirable to study the main effects and the factor interactions. In this paper, four circulant matrices are used for the construction of orthogonal designs. In particular, it is shown that all 26 two-variable full orthogonal designs OD(52;s1,52-s1) exist and they can be constructed by four circulants. From these new orthogonal designs one can obtain many inequivalent Hadamard matrices and new saturated two-level factorial designs, with 52 runs, suitable for screening and weighing experiments. Some of these designs are directly applicable in linear models for estimating all the main effects.Orthogonal designs Hadamard matrices Linear models Factorial ...
Using linear algebra this thesis developed linear regression analysis including analysis of variance...
Most two-level fractional factorial designs used in practice involve independent or fully confounded...
U-type designs and orthogonal Latin hypercube designs (OLHDs) have been used extensively for perform...
© 2017 American Statistical Association. The potential of two-level orthogonal designs to fit models...
The potential of two-level orthogonal designs to fit models with main effects and two-factor interac...
A general procedure is described for examining the significance of effects in experiments utilizing ...
Orthogonal block designs for Scheffé\u27s quadratic mixture model in three and four components have ...
In this thesis, we study the construction of designs for computer experiments and for screening expe...
We construct some new orthogonal factorial designs using sequences with entries from {0, ±a, ±b, Â...
Not AvailableIn a row-column design set up, because of practical considerations it may not be possib...
Fractional factorial designs are used in a wide variety of disciplines as a means of studying how ch...
Although three-level factorial designs with quantitative factors are not the most efficient way to f...
A class of three-level response surface designs involving augmented pairs, which has the property th...
Two-level factorial designs are widely used in industry. For experiments involving n factors, the co...
Orthogonal block designs for Scheffé\u27s quadratic model in three and four components have been con...
Using linear algebra this thesis developed linear regression analysis including analysis of variance...
Most two-level fractional factorial designs used in practice involve independent or fully confounded...
U-type designs and orthogonal Latin hypercube designs (OLHDs) have been used extensively for perform...
© 2017 American Statistical Association. The potential of two-level orthogonal designs to fit models...
The potential of two-level orthogonal designs to fit models with main effects and two-factor interac...
A general procedure is described for examining the significance of effects in experiments utilizing ...
Orthogonal block designs for Scheffé\u27s quadratic mixture model in three and four components have ...
In this thesis, we study the construction of designs for computer experiments and for screening expe...
We construct some new orthogonal factorial designs using sequences with entries from {0, ±a, ±b, Â...
Not AvailableIn a row-column design set up, because of practical considerations it may not be possib...
Fractional factorial designs are used in a wide variety of disciplines as a means of studying how ch...
Although three-level factorial designs with quantitative factors are not the most efficient way to f...
A class of three-level response surface designs involving augmented pairs, which has the property th...
Two-level factorial designs are widely used in industry. For experiments involving n factors, the co...
Orthogonal block designs for Scheffé\u27s quadratic model in three and four components have been con...
Using linear algebra this thesis developed linear regression analysis including analysis of variance...
Most two-level fractional factorial designs used in practice involve independent or fully confounded...
U-type designs and orthogonal Latin hypercube designs (OLHDs) have been used extensively for perform...