Abstract: In this paper, we study the performance of the 3GPP EVS codec when this codec is used in conjunction with 100% application-layer redundancy.
Abstract—In this paper, we study the performance of the. 3GPP EVS codec when this codec is used in conjunction with. 100% application-layer redundancy.
The performance of the 3GPP EVS codec when this codec is used in conjunction with 100% application-layer redundancy is studied to investigate potential ...
Abstract: In this paper, we study the performance of the 3GPP EVS codec when this codec is used in conjunction with 100% application-layer redundancy.
Summary: In this paper, we study the performance of the 3GPP EVS codec when this codec is used in conjunction with 100% application-layer redundancy.
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In this paper, we study the performance of the 3GPP EVS codec when this codec is used in conjunction with 100% application-layer redundancy.
Application-Layer Redundancy for the EVS Codec - Academia.edu
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Jan 7, 2019 · The redundant data is defined in the form of partially coded frame N − k embedded within the bit stream of the current frame N . The offset is ...
... APP messages to request a more robust codec mode or increased application layer redundancy from the media sender." 6.3. Conclusion. It is recommended to add ...
The default of 0 specifies that partial redundancy mode is not used for the receive direction at the start of the session. The following parameters apply only ...
• Redundancy is exploited by both MDCT and noiseless coding. • Quantization and parametric coding are perceptually motivated and exploit the irrelevancy in ...
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