Sentence examples for identity of objects from inspiring English sources
With this method we can read out the identity of objects beginning as early as 60 ms. Size- and position-invariant visual information appear around 125 ms and 150 ms, respectively, and both develop in stages, with invariance to smaller transformations arising before invariance to larger transformations.
In the setup described, \(f\) and \(g\) do designate the same object, and identity of objects carries over across states.
The WWMM paradigm relies on a unique identifier system for discovering and asserting the identity of objects.
In what follows, we discuss these solutions to the puzzle, along with other puzzles that arise when considering the identity of objects over time.
Material models do not give rise to any ontological difficulties over and above the well-known quibbles in connection with objects, which metaphysicians deal with (e.g. the nature of properties, the identity of objects, parts and wholes, and so on).
These depth-sensitive neurons turned up in the primary visual cortex, the first stop in the brain's visual system, and in a nearby area called V4, which is part of a processing path that specializes in the identity of objects.
Occlusion: The object occlusion has been the major challenge of online visual object tracking, which probably leads to the false object detection and gradually drift the identity of object model.
The number and identities of objects in each densely reconstructed volume are summarized in Table 2 (available online only) and in the figures described below.
A ROI analysis also demonstrated that we could decode the identities of objects based on the BOLD response from PRC alone (significant decoding accuracy: 15/17 participants).
The division into an M pathway, concerned principally with guiding action, and a P pathway, concerned with the identities of objects, is believed to be preserved through the various stages of cortical processing.
In this paper we discuss in detail the concept of rendering front in multiresolution trees, their properties and the algorithms that construct the hierarchy and efficiently render it, applied to very complex CAD models, so that the model structure and the identities of objects are preserved.
