In this text, an unconventional paradigm for robotic multisensory perception and action will be presented in the form of a generalisation of a framework devised in previous work by the authors, the Bayesian Volumetric Map (BVM). The BVM, a log-spherical inference grid providing an egocentric and probabilistic representation of spatial information, was designed to bridge multisensory perception ...

Visual perception is a phenomenon that has puzzled computational scientists for a long time now. Core mnemonics are needed to emulate human cognitive behavior. Mnemonics for aural perception have been developed and designed by the authors. These are used for formulating primitive natural language constructs and for automated musical compositions. We now propose and define fundamental mnemonics ...

numerous advantages are derived from the electronic health record (ehr).though achieving such advantages depends on its architecture, at present no unique understanding of the architecture dimensions and specifications is available. therefore, the aim of the present study is a systematic review of architecture perception of the electronic health record. the authors searched the literature in sc...

introduction: auditory temporal resolution and auditory temporal ordering are two major components of the auditory temporal processing abilities that contribute to speech perception and language development. auditory temporal resolution and auditory temporal ordering can be evaluated by gap-in-noise (gin) and pitch-pattern-sequence (pps) tests, respectively. in this survey, the effect of biling...

Webble Technology is an advanced current form of Meme Media on the Web. The authors use Webbles for the implementation of Web-based interactive laboratories. There arises a particular question for the perception of added values which result from peculiarities of Meme Media technologies. This should not be confused with the question for the laboratories’ usability. The focus of the present inves...

The human ability to detect symmetry has been a topic of interest to psychologists and philosophers since the 19th century, yet surprisingly little is known about the neural basis of symmetry perception. In a recent fMRI study, Sasaki and colleagues begin to remedy this situation. By identifying the neural structures that respond to symmetry in both humans and macaques, the authors lay the grou...

Young infants perceive an object's trajectory as continuous across occlusion provided the temporal or spatial gap in perception is small. In 3 experiments involving 72 participants the authors investigated the effects of different forms of auditory information on 4-month-olds' perception of trajectory continuity. Provision of dynamic auditory information about the object's trajectory enhanced p...