… theory: first-order rigidity, and the equivalent dual static rigidity, which are the linearized (and
therefore linear algebra) version of rigidity. Generic rigidity refers to first-order rigidity of “…

We investigate algorithmic questions and structural problems concerning graph families
defined by ‘edge-counts’. Motivated by recent developments in the unique realization problem …

… theory: first-order rigidity, and the equivalent dual static rigidity, which are the linearized (and
therefore linear algebra) version of rigidity. Generic rigidity refers to first-order rigidity of “…

… theory: first-order rigidity, and the equivalent dual static rigidity, which are the linearized (and
therefore linear algebra) version of rigidity. Generic rigidity refers to first-order rigidity of “…

… Notice that the distance between front and back pairs of this four-pillared scene is … When
only the 90 viewing angle condition is included in analysis, no observers demonstrated an effect …

… subjected to data reduction by a principal components analysis (PCA), and then expressed
… As can be seen in figure 3, the analysis tends to segment independent motions in the scene…

… various settings to show the performance of rigidity and pose estimation and their influence
on scene flow estimation. For the effective analysis in scenes with different levels of non-rigid …

… to multiple frames and to multiple points to obtain rigidity constraints on image points based
on their parallax displacements alone, without involving any scene or camera geometry. …

… This analysis however does not deal directly with the rigidity matrix or the stiffness matrix. It
is helpful instead to think of the stress , and its associated stress matrix Î2, first, and then look …

… The matching condition for verifying rigidity is based on a set of 3D scene recovery
constraints whose satisfaction minimizes the residual error of an iterative nonlinear optimization …