Sentence examples for mobile sequence with from inspiring English sources

Figure 8 "Downstairs" function for "Mobile" sequence with downswitching.

Figure 11 Bandwidth utilization in new "downstairs" reservation function for "Mobile" sequence with QP 30. Figure 12 Buffer contents in new "downstairs" reservation function for "Mobile" sequence with QP 30.

Figure 9 New "downstairs" reservation functions with SP-frames for "Mobile" sequence with QP 25. Figure 10 New "downstairs" reservation functions with SP-frames for "Mobile" sequence with QP 30.

Figure 5 "Downstairs" functions with and without SP-frames for "Mobile" sequence with QP 25. Figure 6 "Downstairs" functions with and without SP-frames for "Mobile" sequence with QP 30.

Original clipProposed methodReference method 1 [1]Reference method 2 [2] Figure 7 Frames 1, 40, 80, and 100 of the Mobile sequence (with GM).

The results are depicted in Figures 8, 9, 10, 11, and 12, where the -axis shows the number of p-pictures and the -axis the video quality in terms of PSNR. Figure 8 Coding efficiency of Mobile sequence with different number of non-referenced p-pictures.

Figures 11 and 12 show the bandwidth utilization and the buffer contents, respectively, for the mobile sequence coded with QP = 30.

Figures 9 and 10 show the "downstairs" reservation curves for the "Mobile" sequence coded with and without SP-frames for QP = 25 and QP = 30, respectively, having the same values of QPSP and QPSP2 as in Figures 5 and 6.

Experiments were performed with "Mobile" sequence to verify the effectiveness of our method in managing the additional bandwidth requirement because of SSP-frames at the switching instants.

Figure 2 "Downstairs" function for "Mobile" sequence.

Transposons are discrete and mobile sequences in the genome that do not rely on relationships with other sequences.