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

Similar to most visual animals, the crab Neohelice granulata relies predominantly on visual
information to escape from predators, to track prey and for selecting mates. It, therefore …

In this paper, a numerical neural network inspired by the lobula plate/lobula columnar type II
(LPLC2), the ultra-selective looming sensitive neurons identified within visual system of …

To reveal the nature of locusts' visual reaction when stimulated by light, and to clarify the
regulation characteristics of locusts' phototactic visual physiology and obtain good spectral …

The bistratified lobula giant type 1 (BLG1) neuron is an identified looming-sensitive neuron
in crab's visual brain that demonstrates special sensitivity to diving targets, or descending …

The development of visual sensors for traffic analysis can benefit from mimicking two
fundamental aspects of the visual system of crabs: their panoramic vision and their visual …

Swarms of locusts causes significant impacts on agricultural systems worldwide. Research
has focused on different techniques to capture large numbers of locusts to avoid such …

Adaptive collision avoidance behaviours require accurate detection of complex
spatiotemporal properties of an object approaching in an animal's natural, three …

Currently, collision detection methods based on visual cues are still challenged by several
factors including ultrafast approaching velocity and noisy signal. Taking inspiration from …

Executing delicate flight maneuvers using visual information is a huge challengefor future
robotic vision systems. As a source of inspiration, insects are quite apt atnavigating in woods …