Motion perception is an essential ability for animals and artificially intelligent systems
interacting effectively, safely with surrounding objects and environments. Biological visual …

Being one of the most fundamental and crucial capacity of robots and animals, autonomous
navigation that consists of goal approaching and collision avoidance enables completion of …

Physiological studies have shown that a group of locust's lobula giant movement detectors
(LGMDs) has a diversity of collision selectivity to approaching objects, relatively darker or …

Significant strides have been achieved in the biological exploration of the locust's lobula
giant movement detector (LGMD), contributing substantially to the development of collision …

Introduction Lobular giant motion detector (LGMD) neurons, renowned for their distinctive
response to looming stimuli, inspire the development of visual neural network models for …

Accurate perception of collision acts as the basis of artificial vision systems for autonomous
collision detection and avoidance. The lobula giant motion detector (LGMD) in the locust's …

This paper investigates the coordination of multiple looming sensitive neuronal models to
get closer to the ultra-selectivity represented by organisms, ie, responding to merely …

The perception of looming objects moving in depth is a basis of artificially dynamic vision
system, which has been widely used in robots for autonomous obstacle detection-and …

Traditional design methods usually present design ideas through plans and models, but this
method can not truly simulate the design effect. Therefore, this research aims to use …

La visión de movimiento provee claves esenciales para una gran variedad de
comportamientos. En particular, la detección de movimiento permite obtener información …