Panoramic views offer information on heading direction and on location to visually
navigating animals. This review covers the properties of panoramic views and the …

From both comparative biology and translational research perspectives, there is escalating
interest in understanding how animals navigate their environments. Considerable work is …

The navigation by chemo-textural familiarity hypothesis (NCFH) suggests that scorpions use
their midventral pectines to gather chemical and textural information near their burrows and …

Birds and social insects represent excellent systems for understanding visually guided
navigation. Both animal groups use surrounding visual cues for homing and foraging. Ants …

The navigation by scene familiarity hypothesis provides broad explanatory power for how
bees and ants navigate from the hive to distant food sources and back. The premise is that …

In this paper, we propose a robust and parsimonious approach using Deep Convolutional
Neural Network (DCNN) to recognize and interpret interior space. DCNN has achieved …

Panoramic views of natural environments provide visually navigating animals with two kinds
of information: they define locations because image differences increase smoothly with …

Insect visual navigation is often assumed to depend on panoramic views of the horizon, and
how these change as the animal moves. However, it is known that honey bees can visually …

Scorpions have arguably the most elaborate “tongues” on the planet: two paired ventral
combs, called pectines, that are covered in thousands of chemo-tactile peg sensilla and that …

The navigation of bees and ants from hive to food and back has captivated people for more
than a century. Recently, the Navigation by Scene Familiarity Hypothesis (NSFH) has been …