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1.4. Contribution in the Thesis quality, therefore, the video degradation will not be noticed by viewer. viewing context using a decision tree model while maintaining the same perceptual video

Figure 1 1.4. Contribution in the Thesis quality, therefore, the video degradation will not be noticed by viewer. viewing context using a decision tree model while maintaining the same perceptual video

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Normally researchers use PSNR as a metric to measure the quality of a video which is
Normally researchers use PSNR as a metric to measure the quality of a video which is
Figure 4. The embedded system device setup
Figure 4. The embedded system device setup
columns. memory columns and voltage scaling is only reducing the power supply voltage for memory
columns. memory columns and voltage scaling is only reducing the power supply voltage for memory
processed videos able to be matched up with at least one viewing context.
processed videos able to be matched up with at least one viewing context.
Figure 7. Three video samples used for data collection 2.4. Experimental Results
Figure 7. Three video samples used for data collection 2.4. Experimental Results
Table 1. Data sample used for model training
Table 1. Data sample used for model training
2.4.2. Conclusion of Viewer-Aware Intelligent Mobile Video System real-time, the system can select how many bits to truncate using the programmed model.
2.4.2. Conclusion of Viewer-Aware Intelligent Mobile Video System real-time, the system can select how many bits to truncate using the programmed model.
becomes 1, VCAS will truncate 4 LSBs and data becomes (0x90, Oxf0, Oxc0, 0x00).
becomes 1, VCAS will truncate 4 LSBs and data becomes (0x90, Oxf0, Oxc0, 0x00).
Figure 17. VCR scores of FHD videos (Rush and Sky)
Figure 17. VCR scores of FHD videos (Rush and Sky)
Table 2. Standard deviation of test results (CIF videos) Table 3. Standard deviation of test results (FHD videos)
Table 2. Standard deviation of test results (CIF videos) Table 3. Standard deviation of test results (FHD videos)
3.2.4. Power Savings
3.2.4. Power Savings
Table 4. Comparison with prior low-power mobile video SRAM designs
Table 4. Comparison with prior low-power mobile video SRAM designs
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