The UEA Digital Humans entry to the GENEA Challenge 2023

Jonathan Windle, Iain Matthews, Ben Milner, Sarah Taylor
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引用次数: 1

Abstract

This paper describes our entry to the GENEA (Generation and Evaluation of Non-verbal Behaviour for Embodied Agents) Challenge 2023. This year’s challenge focuses on generating gestures in a dyadic setting – predicting a main-agent’s motion from the speech of both the main-agent and an interlocutor. We adapt a Transformer-XL architecture for this task by adding a cross-attention module that integrates the interlocutor’s speech with that of the main-agent. Our model is conditioned on speech audio (encoded using PASE+), text (encoded using FastText) and a speaker identity label, and is able to generate smooth and speech appropriate gestures for a given identity. We consider the GENEA Challenge user study results and present a discussion of our model strengths and where improvements can be made.
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东安格利亚大学数字人类参加2023年GENEA挑战
本文描述了我们进入GENEA(体现代理的非语言行为的生成和评估)挑战2023。今年的挑战重点是在二元环境中生成手势——从主体和对话者的讲话中预测主体的动作。我们为这个任务调整了一个Transformer-XL架构,添加了一个跨注意力模块,该模块集成了对话者和主代理的演讲。我们的模型以语音音频(使用PASE+编码)、文本(使用FastText编码)和说话者身份标签为条件,并且能够为给定的身份生成流畅且适合语音的手势。我们考虑了GENEA挑战用户研究结果,并讨论了我们的模型优势和可以改进的地方。
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Gesture Motion Graphs for Few-Shot Speech-Driven Gesture Reenactment The UEA Digital Humans entry to the GENEA Challenge 2023 Deciphering Entrepreneurial Pitches: A Multimodal Deep Learning Approach to Predict Probability of Investment The FineMotion entry to the GENEA Challenge 2023: DeepPhase for conversational gestures generation FEIN-Z: Autoregressive Behavior Cloning for Speech-Driven Gesture Generation
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