Sentence examples for coordinates of objects from inspiring English sources

We found evidence of semantic pattern completion by combining neuroimaging and machine learning with corpus-derived coordinates of objects and their features in a shared semantic space.

This procedure has the advantage that it gives a single matrix made of colour and three-dimensional information; therefore, 3D coordinates of objects inside the robot arm's workspace are known at the same time as their colour information.

Making uses of the industry foundation classes (IFCs) (buildingSMART 2013) the model provides two key pieces of spatial information: (1) the coordinates of objects, i.e., IfcCartesianPoint, needed for localization and (2) the topology and geometry, i.e. IfcSpace, needed to navigate the building (Costin and Teizer 2014).

Because of the precessional motion of the equinox, the ecliptic coordinates of objects on the celestial sphere are continuously changing.

In this method, the Snell's law and the correspondence between the coordinates of object and the distortion free image are used to establish the partial differential equation which characterizes the freeform surface, and the partial differential equation can be solved to form the freeform surface.

Tooth brushing motion, performed by dental hygienists for 15 s, was captured using a motion-capture system that continuously calculates the three-dimensional coordinates of object's motion relative to the floor.

X is an n*3 matrix, in which the rows represent protein objects and the columns are the three-dimensional space coordinates of protein objects.

The 3D Cartesian coordinates of distant objects are biased (Sibley et al. 2005) and are not well represented by Gaussian distributions (Civera et al. 2008).

The method relied only on the central coordinates of the objects, since any other features such as morphology, volume or intensity were very limited.

Neural recordings from primary sensory afferents, along with behavioral observations, demonstrate that the vertical coordinates of contacted objects are encoded by the identity of activated afferents, horizontal coordinates by the timing of activation, and radial coordinates by the intensity of activation.

The first is Fruchterman-Reingold [ 16], which defines the coordinates of individual objects in such a way that it minimizes the crossovers between the connections of nodes that belong to the same layer, and also it can minimize the overlaps between these nodes.