In MR (mixed reality) environments, visual searches are often used for search and
localization missions. There are some problems with search and localization technologies …

The weakly electric fish, Eigenmannia, can shift its electric organ discharge (EOD) frequency
in order to avoid jamming by signals originating from neighboring conspecifics. This …

In everyday encounters with the world we interact with a dynamic environment. Whether
hunting game in the Serengeti, fleeing tigers in the Himalayas, traversing the streets of New …

Sound localization behavior is of great importance for an animal's survival. To localize a
sound, animals have to detect a sound source and assign a location to it. In this review we …

The field of electrosensory systems began in the late 1950's and early 1960's with a series of
discoveries showing that several groups of fish have specialized sensory systems for the …

The world is filled with acoustic vibrations, sounds used by animals for communication,
predator evasion, and in the case of humans, also for artistic expression through poetry …

The nervous system's ability to detect, analyze, and segregate dynamic acoustic stimuli in
complex environments surpasses the signal-processing powers of even the most …

Many animal species use sound to orient in the environment, detect predators, and
communicate with conspecifics. Auditory systems have evolved to enable these behaviors …

Human sound localization results primarily from the processing of binaural differences in
sound level and arrival time for locations in the horizontal plane and of spectral shape cues …

Neuroscience has been very successful in the last 150 years by using largely reductionist
approaches. Molecular and cellular approaches are amongst the most fruitful fields in …