The objective of control is to minimize the reconstruction error-based metric e r at the same time ensuring that the targets move significantly from frame to frame as indicated by the tracking error metric e r.
Phylogenetically, this separation seems to start quite early in the evolution time frame as indicated by early branching pattern originating from the root.
Comparison of the cDNA and genomic sequences confirmed three introns within the open reading frame as indicated in the genome database and revealed a further, particularly long intron in the 5' untranslated region.
Significant speedup can be achieved, for example, by updating only those blocks that are different from the previous frames as indicated by the macroblock modes.
The total analysis time for horizontal FS (median time, 25 s) was statistically significantly shorter than vertical FS (median time, 30 s), though not statistically significantly different from the horizontal fast and medium frame rates and vertical medium frame rate as indicated by their overlapping CI95.
Initially, the orientation and positioning of each window with respect to the local frame is as indicated by the XY coordinate system visualized in the left window.
The conversion is guided by a hand-crafted semantic frame structure as indicated with the dotted arrow pointing towards the arrow leading to the block 'frame description' (cf. the section 'Semantic representation').
A brace by double-angle cross-section, consisting of two 25 × 25 × 3.2 mm angles, by a cross-sectional area of 300 mm2, is selected for the flexural frame F1 and also a C 30 × 3.5 mm channel with a cross-sectional area of around 500 mm2 is selected for the frame FX, as indicated in Fig. 1.
Although there is no notion of framing among introns, for convenience we associate framing with the intron, as indicated in the example below, as a tracking device in order to ensure that the frame of the following introns-to-exon transition is constrained appropriately.
More specifically, under normogravity condition the perceptual typology influences the strength of the segmental stabilisation but not the choice of the reference frame used for stabilising as indicated by the positive values of AI whatever the subjects' typology.
In this experiment, we can see that the ground truth may be not accurate enough, as indicated in frame no. 5. On the other hand, because of the motion blur, it is hard to say which one is more accurate than the others, as indicated in frame no.
