Artificial Mosaics by Gradient Vector Flow

Figure 5: Different manners of solving the correspondence problem for the input shapes shown in (a) and their feature points (indicated by the circles): (b) computing a

Figure 1: On the left: the Visual Hull (in light grey) of a shape (dark grey) given by two cameras is the closest ap- proximation obtainable by an image-based approach.. On the

Figure 4 shows the positions of clusters that contributed in five consecutive frames of the VEM and figure 5 the po- sitions samples generated by importance sampling for the same

Figure 1: Some of the rays (green) generated by a 5 bounces max path tracing, using in (a) classic importance sampling following BRDF, and in (b) our skeleton based approach.. Camera

Figure 1: Examples of Truchet-like tiles: (a) The original Truchet tile, (b) Smith’s variant, (c) two shaded Smith variants used by Bosch [Bosch 2011] for image rendering, (d)

basic visual comparison approach is illustrated in Figure 2 (left), which compares two time series each having ten data points; in addition, Figure 2 (right) shows the same data

(a) Embryo surface model (b) Deterministic ray-tracing (c) Monte-Carlo ray-tracing (d) Actual in-vivo US image Figure 1: Comparison of deterministic binary ray-tracing (b) with

Figure 5: Image series of generated reach motions of the novel DNN approach with varying person’s height as input parameter and a constant reach goal. Figure 3: Illustration