Van Ee [6] recently found that for perceptual rivalry (slant rivalry, Necker cube reversal), as well as two different types of binocular rivalry (orthogonal grating, house-face rivalry), the alternation dynamics show reasonably reliable patterns of drift.
Computational models of binocular rivalry mechanisms are generally tested against Levelt's four propositions, describing the psychophysical relation between stimulus strength and alternation dynamics in binocular rivalry.
The point of those models is to analyze the dynamics of alternation assuming a set of percepts, rather than predicting the form of the percepts.
In contrast, the goal of our analysis is to predict the form of percepts, and not the precise dynamics of alternation.
Over three experiments, we found that the temporal dynamics of alternation with biological motion are similar in many ways to reversals with other SFM stimuli.
An important first step in the investigation of any bistable stimulus is to gain a detailed understanding of the temporal dynamics of the alternation process.
What is more, it has become evident that object-based attention influences which of the two images is dominant first (Chong & Blake, 2006; Mitchell, Stoner, & Reynolds, 2004), while spatial attention modulates the temporal dynamics of the alternations (Ooi & He, 1999; Paffen & Van der Stigchel, 2010).
It is very carefully constructed in terms of the dynamics of sound, the alternations of noise and silence.
In fact, it is amazing to realise how useful mathematics is for understanding patterns in the natural world, from the helical structure of DNA, to the alternation of leaves on stems, to the dynamics of populations.
WHAT THIS STUDY ADDS TO OUR KNOWLEDGE ✓ The alternation of the "on" and "off" phases of the drug kinetics change the dynamics of HDL remodeling but does not bring about an increase in the mean level of pre- β 1.
