Final answer:
The three methods of visual recognition trained by ROC-V are not specified in the provided information, which instead refers to a video on 3-D motion perception by the brain. The brain determines spatial movement by assessing differences in object movement seen by each eye. Retinal disparity and binocular vision contribute to our depth perception.
Step-by-step explanation:
The literature mentions ROC-V training soldiers on visual recognition techniques for 360-degree vehicle aspect, but does not specify the three methods of visual recognition. The information appears to be referencing a video about how the brain perceives 3-D motion. Regarding depth perception in relation to eye movement and vision, if both eyes see an object moving in the same direction, but at different rates, the brain perceives this disparity as an indication that the object is moving across the visual field, relative to the viewer. This perception is essential in understanding how our brain processes 3-D motion and spatial movement.
By integrating signals from both eyes, which may include differences in the timing or velocity of a moving object, a sense of depth is maintained. The retinal disparity provides a cue to the brain, which in turn, interprets it as movement through three-dimensional space, simulating depth perception akin to that experienced when watching a 3-D movie or when viewing a stereogram. The brain uses such visual information to navigate and interact with our complex environment.