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71.
The enactment effect is one of a number of effects (e.g., bizarreness, generation, perceptual interference) that have been
treated in common theoretical frameworks, most of them focusing on encoding processes. Recent results from McDaniel, Dornburg,
and Guynn (2005) call into question whether bizarreness and, by association, related phenomena such as enactment are better
conceptualized as arising due to retrieval processes. Four experiments investigated the degree to which retrieval processes
are responsible for enhanced memory for enacted phrases. Participants were presented with two pure study lists and later recalled
the lists separately (inducing pure retrieval sets) or recalled the lists together in a single test (inducing a combined or
mixed retrieval set). Across all four experiments, the combined recall condition consistently failed to enhance the size of
the enactment effect. The results provide no support for the retrieval account but are generally consistent with encoding
accounts. 相似文献
72.
73.
Kevin Mulligan 《Topoi》1991,10(2):115-120
74.
75.
The sensitivity of the visual system to motion of differentially moving random dots was measured. Two kinds of one-dimensional motion were compared: standing-wave patterns where dot movement amplitude varied as a sinusoidal function of position along the axis of dot movement (longitudinal or compressional waves) and patterns of motion where dot movement amplitude varied as a sinusoidal function orthogonal to the axis of motion (transverse or shearing waves). Spatial frequency, temporal frequency, and orientation of the motion were varied. The major finding was a much larger threshold rise for shear than for compression when motion spatial frequency increased beyond 1 cycle deg-1. Control experiments ruled out the extraneous cues of local luminance or local dot density. No conspicuous low spatial-frequency rise in thresholds for any type of differential motion was seen at the lowest spatial frequencies tested, and no difference was seen between horizontal and vertical motion. The results suggest that at the motion threshold spatial integration is greatest in a direction orthogonal to the direction of motion, a view consistent with elongated receptive fields most sensitive to motion orthogonal to their major axis. 相似文献
76.
77.
J B Mulligan 《Perception》1986,15(1):27-36
A method is described for minimizing the ghost images which normally appear when anaglyphs are presented on color television screens. This is done by careful adjustment of the phosphor levels in each of the anaglyph regions. 相似文献