The extensive use of prediction and variable-length coding in video coding renders compressed bitstreams especially vulnerable to transmission errors and data losses.
预测和可变长编码的使用也使得码流对误码或数据包丢失更加敏感。
参考来源 - 视频编码中质量、复杂度和码率控制·2,447,543篇论文数据，部分数据来源于NoteExpress
A test data compression scheme based on fixed and variable length coding (FAVLC) is presented, by using which the test data can be compressed efficiently.
文章提出了一种混合定变长码的测试数据压缩方案，该方案可以有效压缩芯片测试数据量。
Variable Length coding is one of the key technologies in video coding with large computation requirement.
变长编码是视频编码中的关键技术之一，计算量大。
The paper proposed a new Selected Variable-length Input Coding (SVIC) for System on Chip (SOC) test data compression.
本文针对SOC测试数据压缩，提出了一种新的可挑选变长输入编码(SVIC)方案。
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