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

The extraction of accurate self-motion information from the visual world is a difficult problem
that has been solved very efficiently by biological organisms utilizing non-linear processing …

In both vertebrates and invertebrates, evidence supports separation of luminance
increments and decrements (ON and OFF channels) in early stages of visual processing (;); …

Robust detection of acoustically quiet, slow-moving, small unmanned aerial vehicles is
challenging. A biologically inspired vision approach applied to the acoustic detection of …

Thermal infrared imaging is a promising modality for long-range small target detection.
However, low target contrast, high background clutter and sensor noise are some of the key …

Dragonflies detect and pursue targets such as other insects for feeding and conspecific
interaction. They have a class of neurons highly specialized for this task in their lobula, the …

Flying insects engage in spectacular high-speed pursuit of targets, requiring visual
discrimination of moving objects against cluttered backgrounds. As a first step toward …

Thermal infrared imaging provides an effective sensing modality for detecting small moving
objects at long range. Typical challenges that limit the efficiency and robustness of the …

Flying insects are valuable animal models for elucidating computational processes
underlying visual motion detection. For example, optical flow analysis by wide-field motion …

Underwater polarization information can provide reliable autonomous heading feedback for
underwater scenes in the presence of satellite denial and multi-source interference. A …