Gill [1992. Balanced change-over designs for autocorrelated observations. Austral. J. Statist. 34(3), 415-420] discussed change-over designs of first-order residual treatment effects and obtained conditions for a design to be variance-balanced, which is uniform over periods and binary over subjects, in the presence of autocorrelated errors. In this paper, some new variance-balanced residual treatment effects designs of first order are constructed in the presence of autocorrelated errors that satisfy the conditions given in Gill [1992. Balanced change-over designs for autocorrelated observations. Austral. J. Statist. 34(3), 415-420]. © 2007 Elsevier B.V. All rights reserved
Repeated Measurements designs are concerned with scientific experiments in which each experimental u...
A general method is presented for randomising a block design while preserving the neighbour relation...
<div><p></p><p>A particular multi-period cross-over design useful in trials where naturally observat...
Residual treatment effects designs are designs in which the effect of the treatment continues beyond...
Pigeon & Raghavarao (1987) introduced control balanced residual treatment effects designs for the si...
Not AvailableExperimental designs in which treatments are applied to the experimental units, one at...
We introduce a class of crossover designs with residual effects for experimental situations in which...
Repeated Measurements designs are concerned with scientific experiments in which each experimental u...
This article deals with residual treatment effects designs for the purpose of comparing v test treat...
Change-over designs with independently distributed errors in the model have been studied extensively...
In balanced ternary residual treatment effects designs, a treatment occurs in a given sequence at mo...
A crossover design is an experimental design in which each experimental unit receives a series of ex...
Designs involving sequences of treatments for test vs. control comparisons are suitable for research...
Pigeon & Raghavarao (1987) introduced control balanced residual treatment effects designs for the si...
Blaisdell and Raghavarao (19801985) introduced partially balanced residual treatment effects designs...
Repeated Measurements designs are concerned with scientific experiments in which each experimental u...
A general method is presented for randomising a block design while preserving the neighbour relation...
<div><p></p><p>A particular multi-period cross-over design useful in trials where naturally observat...
Residual treatment effects designs are designs in which the effect of the treatment continues beyond...
Pigeon & Raghavarao (1987) introduced control balanced residual treatment effects designs for the si...
Not AvailableExperimental designs in which treatments are applied to the experimental units, one at...
We introduce a class of crossover designs with residual effects for experimental situations in which...
Repeated Measurements designs are concerned with scientific experiments in which each experimental u...
This article deals with residual treatment effects designs for the purpose of comparing v test treat...
Change-over designs with independently distributed errors in the model have been studied extensively...
In balanced ternary residual treatment effects designs, a treatment occurs in a given sequence at mo...
A crossover design is an experimental design in which each experimental unit receives a series of ex...
Designs involving sequences of treatments for test vs. control comparisons are suitable for research...
Pigeon & Raghavarao (1987) introduced control balanced residual treatment effects designs for the si...
Blaisdell and Raghavarao (19801985) introduced partially balanced residual treatment effects designs...
Repeated Measurements designs are concerned with scientific experiments in which each experimental u...
A general method is presented for randomising a block design while preserving the neighbour relation...
<div><p></p><p>A particular multi-period cross-over design useful in trials where naturally observat...