The user can manipulate spatial relations, meaning they can do things like change where a path to a place leads, or what its destination is, or change the ...

Users can manipulate, control, distort, and bend space, the dimensions of height, depth, and width within which all things exist and move.

Spatial relationships can be visualized and manipulated mentally. Learning how to hold a spatial representation in the “mind's eye” can be challenging for young ...

Also, perception of spatial relationships between objects is central to understanding the meaning of manipulation actions. Here we would like to merge these two ...

We present a generative model of static and dynamic 3D spatial relations between multiple reference objects. The model is based on a parametric probability ...

Maps show spatial relationships in a readily comprehended form. Metric relationships include distance, direction (angle), and area.

We address the problem of incrementally learning geometric models of spatial relations from few demonstrations collected online during interaction with a human.

Abstract—In this paper, we introduce an abstract rep- resentation for manipulation actions that is based on the evolution of the spatial relations between ...

... A correct understanding of object-wise spatial relations for a given action is essential, for example for a robot to perform an action successfully. Earlier ...

Spatial ability or visuo-spatial ability is the capacity to understand, reason, and remember the visual and spatial relations among objects or space.