Unpacking ‘family troubles’, care and relationality across time and space

Punishment and Crime Across Space and Time

Remapping time across space.

Multiple lines of evidence indicate that visual attention's temporal properties differ between the left and right visual fields (LVF and RVF). Notably, recent electroencephalograph recordings indicate that event-related potentials peak earlier for LVF than for RVF targets on bilateral-stream rapid serial visual presentation (RSVP) identification tasks. Might this hastened neural response render...

Constructions Across Time and Space: Perspective Constructions

The German standard language and some of its dialects distinguish two types of directional adverbs, depending on the perspective taken in the speech event. For example, both SHG hinauf vs. herauf mean up. However, the two adverbs differ in that a motion verb modified by SHG hinauf will be construed not only as being UP(WARDS) but also as being AWAYFROM-(the)-ORIGO (we use the term origo to refe...

Feature integration across space, time, and orientation.

The perception of a visual target can be strongly influenced by flanking stimuli. In static displays, performance on the target improves when the distance to the flanking elements increases-presumably because feature pooling and integration vanishes with distance. Here, we studied feature integration with dynamic stimuli. We show that features of single elements presented within a continuous mo...

Merging Pose Estimates Across Space and Time

Data driven approaches for pose estimation naturally output a set of pose hypothesis and rely on ‘non-maximum suppression’ (NMS) techniques to merge detections that are associated with the same objects. NMS is well developed for the case of object detection where the goal is to merge rigid object locations (bounding boxes) [5, 6]. However, it is still unclear how to extend it to flexible pose e...