An oscillatory correlation model of human motion perception

An oscillatory correlation model of human motion perception is proposed based on the integration of motion and luminance information. The model is composed of two parallel pathways that segment the input scene based on motion and luminance, respectively. Combining these segmentations, the model refines the motion estimates in the integration stage to obtain the final segmentation in the motion pathway. For segmentation, LEGION (Locally Excitatory Globally Inhibitory Oscillator Networks) is employed whereby the phases of oscillators are used for region labeling. The model performance is demonstrated using a set of psychophysical data.