A review of event perception: The first step for convergence on robotics

Abstract

People observe lots of events around the environment and we can easily recognize the nature of an event from the resulting optic flow. The questions are how do people recognize events and what is the information in the optic flow that enables observers to recognize events. Motor theorists claim that human observers exhibit special sensitivity when perceiving events like speech or biological motion, because we both produce and perceive those events. However, direct perception theorists suggested that speech or biological motion is not special from the perception of all other kinds of event. The purpose of this review article is to address this controversy to critique the motor theory and to describe a direct realist approach to event perception. It is important to understand the fundamental information of how human perceive event perception for the convergence on robotics.

Perception and action: Approach to convergence on embodied cognition

“…The aspects of the body include the motor system, the perceptual system, and the body's interactions with the environment. Embodied cognition is, importantly, related to artificial intelligence regarding of event perception [1]. Lee [1] reviewed two event perception theories to understand the fundamental information of how human perceive event perception to converge on robotics.…”

“…Embodied cognition is, importantly, related to artificial intelligence regarding of event perception [1]. Lee [1] reviewed two event perception theories to understand the fundamental information of how human perceive event perception to converge on robotics. To develop artificial intelligence more efficiently, it is important to understand the embodied cognition, that is, the relation between perception and action and the interaction with the environment.…”