Mo, Ronald and Blendea, Calin and Harper, John (2026) A falsetto detection algorithm for enhancing voice gender recognition. 2025 8th International Conference on Information Communication and Signal Processing (ICICSP). ISSN 2770-792X Item availability restricted.

Allen, Becky and Mo, Ronald (2025) Perceptions of an artificial intelligence musical collaborator. In: 2025 AES International Conference on Artificial Intelligence and Machine Learning for Audio, 8 Sept 2025 - 10 Sept 2025, London, UK. Item availability restricted.

Mo, Ronald and Horner, Andrew (2023) The effects of convolution reverberation on the emotional characteristics of musical instrument sounds. Computer Music Journal, 47 (2). pp. 1-15. ISSN 0148-9267

Mo, Ronald and Lam, Albert Y.S. (2021) Augmenting telephony audio data using robust principal component analysis. 2020 IEEE Symposium Series on Computational Intelligence (SSCI). Item availability restricted.

Chan, Hiu Ting and Mo, Ronald and Keyes, Christopher and Horner, Andrew (2019) The emotional characteristics of brass musical instruments with different pitch and dynamics. In: International Computer Music Conference, 16-24 Jun 2019, New York, USA..

Mo, Ronald and So, Richard H. Y. and Horner, Andrew (2018) Investigating how convolution reverberation effects the space of instrument emotional characteristics. In: International Computer Music Conference, 5-10 Aug 2018, Daegu, South Korea..

Hong, Yu and Mo, Ronald and Horner, Andrew (2018) The effects of mode, pitch, and dynamics on valence in piano scales and chord progressions. In: International Computer Music Conference, 5-10 Aug 2018, Daegu, South Korea..

Chan, Hiu-Ting and Mo, Ronald and Chau, Chuck-Jee and Horner, Andrew (2018) The emotional characteristics of section string instruments with different pitch and dynamics. In: International Computer Music Conference, 5-10 Aug 2018, Daegu, South Korea..

Chau, Chuck-Jee and Gilbert, Samuel J. M. and Mo, Ronald and Horner, Andrew (2017) The emotional characteristics of bowed string instruments with different pitch and dynamics. Journal of the Audio Engineering Society, 65 (7/8). pp. 573-588. ISSN 1549-4950