Haoming Yang
My CV
Hi, I am Haoming Yang, a PhD Student at Duke ECE Department advised by Professor Vahid Tarokh. I joined Duke ECE in Jan 2023.
There are mainly two sides to my research.
- Foundational Deep Learning: I apply the rich mathematical structure of Stochastic and Partial Differential Equations to model the dynamic processes inherent in neural network training, study the stochastic nature of optimization methods, and integrate physical principles directly into the learning process. These equations can be applied in deep learning to provide valuable insights to develop robust learning, continual learning, and sequence modeling architectures.
- Deep Learning in Neuroscience: I study neuroscience and neuromotor controls from a deep learning perspective. Our goal is to understand how insects, with limited resources, perceive a complex changing environment and make rapid decisions. On this front, I develop (semi)-interpretable deep learning algorithms and collaborate with neuroscientists in the MURI group to understand how complex environmental information is gathered and processed by insects to direct their highly efficient and agile movements.
Prior to joining Duke ECE as a PhD student, I was a master student at Duke Statistical Science. I had the honor to work with Professor David Dunson on modeling Brain Connectome.
I graduated from University of Illinois at Urbana Champaign (Highest Honor) with dual Bachelor Degrees in Physics and Statistics.
news
Jan 21, 2025 | My paper on Elliptic PDE regularized deep learning is accepted for ICLR 2025; my other paper on Parabolic PDE continual learning is accepted for AISTATS 2025. |
---|---|
Jan 19, 2024 | My paper on semi-parametric modeling of Mckean-Vlasov SDE is accepted for oral presentation in AISTATS 2024 |
selected publications
- ICLRElliptic Loss RegularizationThe Thirteenth International Conference on Learning Representations, 2025
- Parabolic Continual LearningThe 28th International Conference on Artificial Intelligence and Statistics, 2025
- Neuron synchronization analyzed through spatial-temporal attentionbioRxiv, 2024