Objective: The observers use the optic flow to control self-motion. However, the current state of knowledge indicates that it is difficult to understand how optic flow is used by the visual system without a direct measurement of the changes in the flow patterns caused by eye movements during natural behaviour. The purpose of this literature review is to highlight the importance of the integration between optic flow and eye movements for postural control. Methods: A literature review of the electronic papers through July 2022 was independently performed by three investigators. The selection of the studies was made by a search on PubMed, Scopus, and Google Scholar with two groups of selected keywords. We excluded papers performed on subjects ...
The optic flow visual input directly influences the postural control. The aim of the present study w...
Introduction The direction of optic flow stimuli is an important cue for heading perception (Gibson,...
none5noOptic flow is a crucial signal in maintaining postural stability. We sought to investigate wh...
Objective: The observers use the optic flow to control self-motion. However, the current state of kn...
Optic flow stimuli are crucial for the control of stance in the upright position. The visual control...
Optic flow stimuli are crucial for the control of stance in the upright position. The visual control...
open2noFunding: This work was supported by the University of Bologna.Optic flow stimuli are crucial ...
Optic flow is a perceptual cue processed for self-motion control. The aim of this study was to inve...
Optic flow is a perceptual cue processed for self-motion control. The aim of this study was to inve...
The study of optic flow on postural control may explain how self-motion perception contributes to po...
Introduction Several researches have been aimed at studying the balance control looking at the varia...
Introduction Several researches have been aimed at studying the balance control looking at the varia...
none4noThe optic flow visual input directly influences the postural control. The aim of the present ...
Humans move through the environment without loosing balance or bumping into other objects or organis...
The optic flow visual input directly influences the postural control. The aim of the present study w...
The optic flow visual input directly influences the postural control. The aim of the present study w...
Introduction The direction of optic flow stimuli is an important cue for heading perception (Gibson,...
none5noOptic flow is a crucial signal in maintaining postural stability. We sought to investigate wh...
Objective: The observers use the optic flow to control self-motion. However, the current state of kn...
Optic flow stimuli are crucial for the control of stance in the upright position. The visual control...
Optic flow stimuli are crucial for the control of stance in the upright position. The visual control...
open2noFunding: This work was supported by the University of Bologna.Optic flow stimuli are crucial ...
Optic flow is a perceptual cue processed for self-motion control. The aim of this study was to inve...
Optic flow is a perceptual cue processed for self-motion control. The aim of this study was to inve...
The study of optic flow on postural control may explain how self-motion perception contributes to po...
Introduction Several researches have been aimed at studying the balance control looking at the varia...
Introduction Several researches have been aimed at studying the balance control looking at the varia...
none4noThe optic flow visual input directly influences the postural control. The aim of the present ...
Humans move through the environment without loosing balance or bumping into other objects or organis...
The optic flow visual input directly influences the postural control. The aim of the present study w...
The optic flow visual input directly influences the postural control. The aim of the present study w...
Introduction The direction of optic flow stimuli is an important cue for heading perception (Gibson,...
none5noOptic flow is a crucial signal in maintaining postural stability. We sought to investigate wh...