PENERAPAN ALGORITMA LEVENSTEIN PADA APLIKASI KOMPRESI FILE MP3

Tetti Purnama Sari, Surya Darma Nasution, R. K. Hondro
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引用次数: 3

Abstract

Compressed files require less disk space than files that are not compressed, so compressing is useful for backing up data by using storage space to be small or to send information over the Internet faster. MP3 makes the audio format often used because the data stored resembles the original data when recorded and has a size that is not too large compared to other formats. Users besides storing song files, they also store videos and other files and users also want the highest quality data and minimum quantity (size). So to make a lot of empty space and have a size of data that is not large on storage media, a compression method that means to shorten the size of the bits needed for data is needed. Algorithms used in the compression process, including the Levenstein algorithm which is a type of lossless compression. Applying the Levenstein algorithm to the compression process the author wants to know the performance of compression when done by compressing MP3 files, so that large MP3 files will be compressed into smaller sizes, so that the transmission process is carried out faster and reduces the data storage location.Keywords: MP3, File, Levenstein
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将LEVENSTEIN算法应用于MP3文件压缩应用程序
压缩后的文件比未压缩的文件需要更少的磁盘空间,因此压缩对于通过使用较小的存储空间来备份数据或通过Internet更快地发送信息非常有用。MP3是一种常用的音频格式,因为存储的数据与录制时的原始数据相似,并且与其他格式相比,其大小不会太大。用户除了存储歌曲文件外,还存储视频和其他文件,用户还希望获得最高质量的数据和最小的数量(大小)。因此,为了在存储介质上留下大量的空白空间,并使数据的大小不大,就需要一种压缩方法,即缩短数据所需的比特的大小。压缩过程中使用的算法,包括Levenstein算法,这是一种无损压缩算法。将Levenstein算法应用到压缩过程中,作者希望通过压缩MP3文件来了解压缩时的性能,从而将较大的MP3文件压缩成较小的大小,从而加快传输过程,减少数据存储位置。关键词:MP3, File, Levenstein
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