Data-Driven Approach to Automated Lyric Generation

Jeyadev Needhi, D. Kk, Vishnu G, Ram Prasath G
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Abstract

This project leverages Recurrent Neural Networks(RNNs) to generate coherent and contextually relevant songlyrics. The methodology includes extensive text preprocessing anddataset creation, followed by the construction of a robust modelfeaturing Embedding, Gated Recurrent Unit (GRU), Dense, andDropout layers. The model is compiled and trained using theAdam optimizer, with checkpointing to monitor and optimize thetraining process. Upon successful training on a comprehensivelyrics dataset, the model is thoroughly evaluated and fine-tunedto enhance performance. Finally, the model generates new lyricsfrom a given seed, showcasing its ability to learn intricatelinguistic patterns and structures, thereby offering a powerfultool for creative and original lyric composition.
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自动歌词生成的数据驱动方法
该项目利用循环神经网络(RNN)生成连贯且与上下文相关的歌词。该方法包括广泛的文本预处理和数据集创建,然后构建一个包含嵌入层、门控递归单元(GRU)、密集层和剔除层的稳健模型。该模型使用亚当优化器进行编译和训练,并通过检查点监控和优化训练过程。在综合数据集上训练成功后,对模型进行全面评估和微调,以提高性能。最后,该模型从给定的种子中生成新歌词,展示了其学习复杂语言模式和结构的能力,从而为创造性和原创性歌词创作提供了强有力的工具。
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