Sentence examples for multimodal representation of from inspiring English sources

Drawing on a sample of posts to two popular diabetes-related Facebook pages, this paper aims to examine the multimodal representation of people with diabetes and consider the implications of this emergent context of health communication.

The three-story instrument, designed for large-scale, multimodal representation of complex and potentially high-dimensional information, specifically focuses on multi-user participation by facilitating interdisciplinary teams of co-located researchers in exploring complex information through interactive visual and aural displays in a full-surround, immersive environment.

In this view, prefrontal cortex is an essential component of the 'consciousness network' because of its relevance for integration generally and for self-awareness, whereas parietal cortex is critical as it contains a multimodal representation of space in which the representation of self is located relative to the perceptual world [43], [48], [49].

Alternatively, participants may form a generic, multimodal representation of the property rotten, based on earlier experience but abstracted from the specific objects with which it was experienced.

The posterior parietal cortex (PPC) is known to integrate information from different sensory modalities to form a coherent multimodal representation of space coded in a body-centered reference frame.

Health communication published on Facebook has become a popular source of medical information and large organisations now utilise Facebook to disseminate multimodal representations of health and illness.

Multimodal representations of actions are obtained using the co-activation of action features from video sequences and labels from automatic speech recognition.

One interpretation is that the perirhinal cortex helps to create multimodal representations of objects, which are required if recognition remains reliant on visual cues at either sampling or test (Albasser et al., 2011).

The binding or conjunction of information in the short-term memory allows a single multimodal representation to contain or to refer to representations present in different storage modalities.

Sugiura et al. [8] illustrate that due to the suggested modular nature of multimodal representation, different real-world representation processes may share distinct 'modules' or 'cognitive response patterns'.

Although the current model does not explain how a system acquires conceptual content or tests the theories of Barsalou [ 45, 46], it provides a mechanism for developing a multimodal "representation" (e.g., goal-specific coding of movements), beyond simple recordings, in a self-organizing fashion in the course of agent--environment interaction.