Sentence examples for representational problems from inspiring English sources

Anyone writing about this subject quickly runs into some representational problems.

The movie has run-of-the mill representational problems, which is why I quoted the art critic John Berger's useful axiom from his 1972 book, "Ways of Seeing".

The framework includes 15 dimensions of work instructional information quality problems, which are grouped into five categories: intrinsic problems, representational problems, unmatched information, questionable information, and inaccessible information.

Recent findings and computational modeling explicate the representational requirements of encoding episodic memories, and suggest that the idiosyncratic architecture of the hippocampal system and its interactions with cortical circuits are well-matched to the representational problems it must solve in order to support the episodic memory function.

Thus, many of the representational problems faced by Zermelo's theory are solved at a stroke by Kuratowski's work, building as it does on Zermelo's own.

In the face of this representational problem, we can either attempt to develop some metric of the robustness of a given norm in the space of similar games, or more carefully scope the claims that we can make about the social norms that we study with this methodology.

As stated by Denzin ([ 30], p. 228), autoethnographers "…bypass the representational problem by invoking the epistemology of emotion, moving the reader to feel the feelings of the other".

Though an everyday phenomenon, the fact that our mental states have this representational aspect can seem so puzzling that some philosophers of mind see it as a problem: the problem of mental representation or, simply, the "representation problem".

Devices and model-systems are what socio-cultural studies of science refer to as the "material culture" of the community, but they also function as what cognitive studies of science refer to as "cognitive artifacts" participating in the reasoning, representational, and problem-solving processes of a distributed system.

The above representational sequence word problem, diagram, arithmetic solutions, and algebraic formula indicates an inductive reasoning sequence, moving from concrete to abstract and from specific to general (see Fig. 2).

So it is only if Bayesians can get a handle on these representational and statistical problems, that they will be able to attack our question: how is the space of such structures generated in the first place?