Research in cognitive psychology and in design thinking has shown that the generation of inner representations in imagery and external representations via sketching are instrumental in design problem solving.
A novel experimental paradigm was designed to dissociate different processes that have been proposed to play a role in analogical reasoning: the generation of abstract representations and the mapping of these representations.
These data are then processed for the generation of graphical representations used by methods developed on the basis of knowledge and strategies of bioclimatic concepts.
Knowledge transformation (Scardamalia & Bereiter, 1987), as compared to knowledge telling, requires a generation of new representations based on connecting the relationship between existing facts and ideas.
Generation of genomic representations, library construction, target preparation and image analysis were essentially performed as described previously [17], [18], with the modifications described by Wittenberg et al. [16].
If the field strengths of these are space-dependent, the resonant frequency becomes space-dependent, too, which allows for the generation of spatial representations of the sample's MR-accessible structures.
The core step is the generation of axiomatic representations of MoAs by decomposing GO types into positive and negative regulations of biomolecular functions and processes.
It is also not clear if, for example, olfactory cues within an environment can serve as metric input to the hippocampus for the generation of spatial representations.
Furthermore, they suggest that the CA3 region serves as an integrator of different kinds of spatial information that in turn contribute to the generation of spatial representations of the environment.
Thus, the comparison of the source and the target period of the analogy task allowed us to isolate the mapping processes, which only take place during target presentation, whereas generation of structured representations takes place in the source period as well.
