LyDAR: A LYrics Density based Approach to non-homogeneous music Resizing

In many scenarios, such as TV/radio advertising production, animation production, and presentation, music pieces are constrained in the metric of time. For example, an editor wants to use a 320s song to fit a 280s animation or to accompany a 265s radio advertisement. Current music resizing approach scales the whole piece of music in a uniform manner. However, it will degrade the effect of the compressed song and make perceptual artifacts. In this paper, a novel music resizing approach, called LyDAR (LYrics Density based Approach to non-homogeneous music Resizing), is proposed, in which the resizing operation is guided by music structural analysis. Firstly, a useful concept, lyrics density, is presented, which takes advantage of lyrics to analyze the musical structure and can be used to describe the compression-resistance for different parts of a song. Secondly, two music resizing scheduling algorithms, LDF and LDGF, are developed to schedule compression over different parts of a music...

• Type: Conference
• Year: 2010
• Where: ICMCS
• Authors: Zhang Liu, Chaokun Wang, Lu Guo, Yiyuan Bai, Jianmin Wang
• Keywords: ICMCS 2010, Multimedia, Music Piece, Music Resizing Approach, Music Resizing Scheduling