Our findings indicate that the hippocampus supports the internal representation of scenes and extended scenes when they are not physically in view, and this may involve providing a spatial framework in scenes.
Previous studies emphasize the fact that global representation of scenes based on extracted holistic cues can effectively help to solve the problem of rapid and automatic scene classification [9].
The origins of the concept lie in landscape as a territorial descriptor, and later as a pictorial view and representation of a scene.
This enables us to build symbolic representations of scenes the robot observes, but also to translate a desired symbolic state from a plan into a geometric state that the robot can achieve through manipulation.
Cognitive abilities use both view-dependent sensory representations of the scene and view-invariant representations of individual objects.
If anterior medial hippocampus operates to form a representation of a scene, then it should be maximally engaged by perceiving or imagining novel scenes rather than recapitulating recently constructed scenes.
We showed that this activation cannot be explained by maintenance of the scene representation alone, providing additional evidence that hippocampus is involved in the construction of the scene representation.
They only had to click on the visual representation of a scene (a numbered box) in a time line display to start the playback at the start of a scene.
Renninger and Malik employed a holistic representation of the scene to recognize its category [7].
The weighted Textons distributions are concatenated to compose the final representation of the scene.
