Matthew P. Aylett
Author directory2026
ARTICULATE: Science in your Own Language
Yolanda Vazquez-Alvarez | Matthew P. Aylett | Benjamin R. Cowan | Justin Edwards | Sanna Järvelä | Ioannis Konstas | Madeleine Steeds
Proceedings of the 26th Annual Conference of the European Association for Machine Translation (Volume 2)
Yolanda Vazquez-Alvarez | Matthew P. Aylett | Benjamin R. Cowan | Justin Edwards | Sanna Järvelä | Ioannis Konstas | Madeleine Steeds
Proceedings of the 26th Annual Conference of the European Association for Machine Translation (Volume 2)
The ARTICULATE project is an ambitious and interdisciplinary initiative funded by the CHIST-ERA call 2025. Its vision is to revolutionize science education and democratize scientific knowledge beyond academia and English-speaking audiences through the integration of AI with self-regulated learning. The aim is to translate science not just across language but across language style, to create engaging spoken digital experiences. We present an introduction to this project, an overview of the consortium and research approach, and a number of expected impacts.
2023
Synthesising Personality with Neural Speech Synthesis
Shilin Gao | Matthew P. Aylett | David A. Braude | Catherine Lai
Proceedings of the 24th Annual Meeting of the Special Interest Group on Discourse and Dialogue
Shilin Gao | Matthew P. Aylett | David A. Braude | Catherine Lai
Proceedings of the 24th Annual Meeting of the Special Interest Group on Discourse and Dialogue
Matching the personality of conversational agent to the personality of the user can significantly improve the user experience, with many successful examples in text-based chatbots. It is also important for a voice-based system to be able to alter the personality of the speech as perceived by the users. In this pilot study, fifteen voices were rated using Big Five personality traits. Five content-neutral sentences were chosen for the listening tests. The audio data, together with two rated traits (Extroversion and Agreeableness), were used to train a neural speech synthesiser based on one male and one female voices. The effect of altering the personality trait features was evaluated by a second listening test. Both perceived extroversion and agreeableness in the synthetic voices were affected significantly. The controllable range was limited due to a lack of variance in the source audio data. The perceived personality traits correlated with each other and with the naturalness of the speech. Future work can be making a chatbot speak in a voice with a pre-defined or adaptive personality by using personality synthesis in speech together with text-based personality generation.