Some Aspects of Experimental Design and Analysis when Errors are Correlated
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Generalized least squares estimation is considered for some designs on the torus when the errors are assumed to follow a known second-order stationary torus lattice process. Two general types of torus designs, regular and treatment-balanced, are presented. Ordinary least squares is shown to be optimal for regular designs, whilst certain treatment-balanced designs are shown to be optimum under a wide range of optimality criteria. The method of Papadakis is investigated, and shown to have simple solutions for these designs. The relation of a theoretical form of Papadakis's estimator to the generalized least squares estimator for the completely symmetric first-order conditional torus lattice process is considered.