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Figure 3: Processing chain within true resolution detector.

Figure 3 Processing chain within true resolution detector.

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Figure 1: A hybrid broadcast + OTT video delivery system with multiple transcoding and conversion operations.
Figure 1: A hybrid broadcast + OTT video delivery system with multiple transcoding and conversion operations.
Table 1: Common formats and up-conversion operations.
Table 1: Common formats and up-conversion operations.
Figure 2: Overall processing chain in the proposed system.
Figure 2: Overall processing chain in the proposed system.
Table 3: Encoding and streaming statistics for CAE * Table 2: Encoding and streaming statistics for HLS reference encoding ladder [4]
Table 3: Encoding and streaming statistics for CAE * Table 2: Encoding and streaming statistics for HLS reference encoding ladder [4]
Table 4: Encoding and streaming statistics for CAE with true resolution detection
Table 4: Encoding and streaming statistics for CAE with true resolution detection
scaling it up to 1080p. Therefore, this video's "true resolution" is only 1422.2 x 800 pixels. kbps, and the number of streams is 6 vs. 9 initially—very significant improvements in all domains.
scaling it up to 1080p. Therefore, this video's "true resolution" is only 1422.2 x 800 pixels. kbps, and the number of streams is 6 vs. 9 initially—very significant improvements in all domains.
Table 5: Performance of HLS reference encoding vs. CAE and vs. CAE with true resolution detection. etc. All these assets were real-world 1080p and 720p mezzanines sampled from existing OTT distribution workflows. Each video was subsequently encoded using three encoding profiles (HLS reference [4], CAE, and CAE with enabled "true resolution" detection (CAE+TR). Then we instrumented players to play the content and collected the playback statistics. savings. For example, we notice 26.97% savings in bandwidth and 28.41% in storage for basketball content. These are significant savings realized by using a sample of real-world media content.
Table 5: Performance of HLS reference encoding vs. CAE and vs. CAE with true resolution detection. etc. All these assets were real-world 1080p and 720p mezzanines sampled from existing OTT distribution workflows. Each video was subsequently encoded using three encoding profiles (HLS reference [4], CAE, and CAE with enabled "true resolution" detection (CAE+TR). Then we instrumented players to play the content and collected the playback statistics. savings. For example, we notice 26.97% savings in bandwidth and 28.41% in storage for basketball content. These are significant savings realized by using a sample of real-world media content.
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