H R Barrett

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To maximize the production and detection of training effects in biofeedback-assisted control of peripheral skin temperature, this study incorporated these methodological features: differential feedback between dominant and nondominant hands, monetary incentives, within-subjects manipulation of training direction and multiple-training sessions, graphic-based(More)
The purpose of the present study was to compare the power of three subject variables as predictors of performance in a skin temperature biofeedback task. Data from three related experiments (N = 52) designed to train digital skin temperature increases in four sessions were pooled. Three measures (mean skin temperature, standard deviation and standard error(More)
This study evaluated the relative effectiveness of two incentive contingencies in learning biofeedback-assisted control of peripheral skin temperature: positive versus positive/negative monetary incentives. Both incentive groups of 10 participated in six sessions, including pre- and posttraining voluntary control sessions, and four intervening sessions with(More)
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