Such representations are likely to be important in planning and guiding future behaviour.
Such representations are also called chemical fingerprints [1].
Such representations are called Linear Parameter-Varying (LPV) models.
Such representations were only possible in an aesthetic medium of imagined possibilities like poetry.
Such representations are especially important in the case of collectively produced complex artifacts.
Such representations, the paper argues, further erode the faith of the community in state run schools.
Such representations are common in computer vision and image interpretation, building design, timetabling or gene-nets.
Such representations of MTCL have thus far not been systematically appraised.
Such representations are much less expensive computationally than those with two or three-dimensional meshes of Lagrangian points.
Such representations focus on specific atomic or molecular information and may not attempt to store all possible chemical data.
Such representations can be found in popular media, as well as in educational materials and museums (MacDonald 2010).
