音乐定义语言&音乐操作语言:一种音乐表示和存储的编码方案

Hanchao Li, David Yee Fan Zuo, Xiang Fei, K. Chao, Ming Yang, Chaobo He
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引用次数: 2

摘要

存在许多现有的音乐数据存储格式和许多现有的音乐操作格式,其中每一种格式都具有某些特征和限制。因此,对于引入的新编码方案,音乐定义语言(MDL)和音乐操作语言(MML),我们分析了它作为存储媒体的效果。我们通过比较声音波形、存储数据大小等相关特征,对新的编码方案是否能使音乐更易于表示进行了实验。结果显示,前18秒的文件大小为14.3kB(磁盘大小为15.0kB),比MIDI文件大,但与MP3文件等音频文件相比相对较小。更重要的是,MDL和MML生成的声波比MIDI文件更好,因为它更接近音频文件,能够做更多的变化。因此,MDL和MML的整体性能介于符号编码文件和音频文件之间。
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Music Definition Language & Music Manipulation Language: A Coding Scheme for Music Representation and Storage
There are a number of existing music data storage formats and a number of existing music manipulating formats, each of which possess certain features and limitations. Thus, for the new coding scheme introduced, Music Definition Language (MDL) and Music Manipulation Language (MML), we analyse how well it can act as storage media. We carried out experiments on whether the new coding scheme can make the music easier to represent by comparing the sound waveform, the storage data size and other relevant features. The result shows that the file size, of 14.3kB (size on disk: 15.0kB) for the first 18 seconds, is larger than a MIDI file but relatively small compared to audio file such as an MP3 file. More importantly, the soundwave that MDL and MML generated is better than MIDI files, as it is closer to audio files and able to do more variations. Therefore, the overall performance of MDL and MML lies between symbolic-coded files and audio files.
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