Proceedings of the Third Workshop on Narrative Understanding
Gayatri Bhat, Avneesh Singh Saluja, Melody Dye, Michael Miller Yoder, Sopan Khosla, Qin-Lan Shen, Aakanksha Naik, Hui-Ming Jin, Hariharan Muralidharan, C. Ros, Zhi-Li Wang, Weizhe Lin, Xiao-Dong Wu, Kung-Hsiang Huang, Nanyun Peng, Li Lucy, David Bamman, Myung-Ki Lee, Hong-Seok Kwon, Jaehun Shin, Wonkee Lee, Baikjin Jung, Jong-Hyeok Lee, Zhi-Yu Lin, Mark O. Riedl, Amal Alabdulkarim, Siyan Li, Xiangyu Peng, Louis Castricato, Stella Biderman and 470 others
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Abstract
While natural language understanding of longform documents remains an open challenge, such documents often contain structural information that can inform the design of models encoding them.Movie scripts are an example of such richly structured text -scripts are segmented into scenes, which decompose into dialogue and descriptive components.In this work, we propose a neural architecture to encode this structure, which performs robustly on two multi-label tag classification tasks without using handcrafted features.We add a layer of insight by augmenting the encoder with an unsupervised 'interpretability' module, which can be used to extract and visualize narrative trajectories.Though this work specifically tackles screenplays, we discuss how the underlying approach can be generalized to a range of structured documents.
TL;DRA neural architecture is proposed to encode movie scripts, which performs robustly on two multi-label tag classification tasks without using handcrafted features and can be generalized to a range of structured documents. (Semantic Scholar)

