The visual organ is important for animals to obtain information and understand the outside
world; however, robots cannot do so without a visual system. At present, the vision …

In natural vision, primates actively move their eyes several times per second via saccades. It
remains unclear whether, during this active looking, visual neurons exhibit classical …

Spiking neural networks (SNNs) mimic brain computational strategies, and exhibit
substantial capabilities in spatiotemporal information processing. As an essential factor for …

Neurons in the lateral intraparietal cortex represent the formation of a decision when it is
linked to a specific action, such as an eye movement to a choice target. However, these …

Predictive remapping of receptive fields (RFs) is thought to be one of the critical mechanisms
for enforcing perceptual stability during eye movements. While RF remapping has been …

The brain interprets sensory inputs to guide behavior, but behavior itself disrupts sensory
inputs. Perceiving a coherent world while acting in it constitutes active perception. For …

Our visual systems rapidly perceive and integrate information about object identities and
locations. There is long-standing debate about if and how we achieve world-centered …

Temporal intervals appear compressed at the time of saccades. Here, I asked if saccadic
compression of time is related to motor planning or to saccade execution. To dissociate …

Neural responses throughout the visual cortex encode stimulus location in a retinotopic (ie,
eye-centered) reference frame, and memory for stimulus position is most precise in retinal …

Our eyes are in constant motion, yet we perceive the visual world as stable. Predictive
remapping of receptive fields is thought to be one of the critical mechanisms for enforcing …