Goal-directed behavior in most cases is composed of a sequential order of elementary motor
patterns shaped by sensorimotor contingencies. The sensory information acquired thus is …

Weakly electric fish can serve as model systems for active sensing because they actively
emit electric signals into the environment, which they also perceive with more than 2000 …

Weakly electric fish are able to detect and localize prey based on microvolt-level
perturbations in the fish's self-generated electric field. In natural environments, weak prey …

The electric fish Apteronotus leptorhynchus emits a high‐frequency electric organ discharge
(EOD) sensed by specialized electroreceptors (P‐units) distributed across the fish's skin …

Sensory information is often acquired through active exploration. However, an animal's own
movements may result in changes in patterns of sensory input that could interfere with the …

Weakly electric fish generate electric fields with an electric organ and perceive them with
cutaneous electroreceptors. During active electrolocation, nearby objects are detected by …

Electroreceptive fish detect nearby objects by processing the information contained in the
pattern of electric currents through the skin. The distribution of local transepidermal voltage …

The electric sense of mormyrids is often regarded as an adaptation to conditions
unfavourable for vision and in these fish it has become the dominant sense for active …

This article deals with the role of fish's body and object's geometry on determining the image
spatial shape in pulse Gymnotiforms. This problem was explored by measuring local electric …

Modeling the electric field and images in electric fish contributes to a better understanding of
the pre-receptor conditioning of electric images. Although the boundary element method has …