搜索资源列表
MPEG_AAC_Advance_audio_coding
- Overview of Perceptual Audio Coding and MPEG AAC
MPEG_4AAC
- 作为新一代最有效的高保真数字音频编码手段，MPEG AAC具有压缩比高，重建音频质量好，编解码过程模块化，声道配置灵活等特点，并且不同的层次具有不同的算法复杂度。-As a new generation of the most effective means of high-fidelity digital audio coding, MPEG AAC with high compression, the reconstruction of good quality audio, codecs,
MP3MP4AAc
- MP3是MPEG-1标准的音频LayerIIIMP 3是MPEG-1标准的音频Layer- mp3 mp4 AAC
A-Fast-and-Memory-Efficient-Huffman-Decoding-Meth
- A Fast and Memory Efficient Huffman Decoding Method for the MPEG-4 AAC Standard
servetti_AACOptimized_ICASSP04
- FAST IMPLEMENTATION OF THE MPEG-4 AAC MAIN AND LOWCOMPLEXITY DECODER
13818-7_2006
- This International Standard describes the MPEG-2 audio non-backwards compatible standard called MPEG-2 Advanced Audio Coding, AAC [1], a higher quality multichannel standard than achievable while requiring MPEG-1 backwards compatibility. This M
ISO_14496-3_Audio_mpeg4_aac
- iso-14496-3 MPEG-4 AAC standard
Analysis-of-the-MPEG-1Layer-III-(MP3)-Algorithm-U
- The MPEG-1 Layer III (MP3) algorithm is one of the most successful audio The MPEG-1 Layer III (MP3) algorithm is one of the most successful audio formats for consumer audio storage and for transfer and playback of music on digital audio players.
Scalable-Audio-Coding
- 可伸缩音频编码论文，2012年，IEEE Trans. on SALP上的，权威期刊-Current scalable audio coders typically optimize performance at a particular layer without regard to impact on other layers, and are thus unable to provide a performance trade-off between different layers.