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How to Exploit Music Notation Syntax for OMR?

机译:如何利用OMR的音乐符号语法?

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摘要

A major roadblock for Optical Music Recognition, especially for handwritten music notation, is symbol detection: recovering the locations of musical symbols from the input page. This has been attempted both with bottom-up approaches exploiting visual features, and top-down approaches based on the strong constraints that music notation syntax imposes on possible symbol configurations; sometimes joined together at appropriate points in the recognition process. The bottom-up approach has recently greatly improved with the boom of neural networks. However, the reduction in uncertainty that music notation syntax can provide has not yet been married to the power of these neural network models. This extended abstract brainstorms ways in which this can be done, and analyzes the difficulties the various combined approaches will have to address. We hope our work will foster further discussion to clarify the issues involed, provoke OMR researchers to try some of these approaches experimentally, and entice researchers from other parts of the graphics recognition community to share relevant experience.
机译:光学音乐识别(尤其是手写音乐符号)的主要障碍是符号检测:从输入页面恢复音乐符号的位置。已经尝试了利用视觉特征的自下而上的方法,以及基于音乐符号语法强加于可能的符号配置的严格约束的自上而下的方法;有时在识别过程中的适当时候加入到一起。随着神经网络的兴起,自下而上的方法最近得到了极大的改进。但是,音乐符号语法可以提供的不确定性的降低尚未与这些神经网络模型的强大功能相结合。这种扩展的抽象思路集思广益,探讨了实现此目标的方法,并分析了各种组合方法必须解决的困难。我们希望我们的工作将促进进一步的讨论,以弄清所涉及的问题,促使OMR研究人员尝试性地尝试其中一些方法,并吸引来自图形识别社区其他部分的研究人员分享相关经验。

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