Scalable probabilistic modeling可扩展概率建模
Structured latent representations and hierarchical Bayesian models for high-dimensional data.面向高维数据,研究结构化潜在表示与层次贝叶斯模型。
Bayesian computational statistics贝叶斯计算统计
PhD Candidate统计学博士研究生 · KAUST
Building modern Bayesian methods—from mathematical foundations to practical solutions.致力于发展现代贝叶斯方法——从数学基础到实际问题求解。
Notes are on the way.随笔正在整理中。
〇一
About me · 自述
I am a PhD candidate in the Bayesian Computational Statistics and Modeling Research Group at King Abdullah University of Science and Technology (KAUST), under the supervision of Professor Håvard Rue.我目前在阿卜杜拉国王科技大学(KAUST)攻读统计学博士学位,师从 Håvard Rue 教授,并在贝叶斯计算统计与建模研究组开展研究。
My PhD research focuses on Bayesian latent variable models and joint modelling, from prior specification and model construction to computation and applications. I develop these ideas for directional and circular statistics and implement the resulting methodology for Integrated Nested Laplace Approximation (INLA).我的博士研究围绕贝叶斯潜变量模型与联合建模展开,涵盖先验设定、模型构建、计算方法与实际应用。我将这些思想应用于方向统计与圆周统计,并在集成嵌套拉普拉斯近似(INLA)框架下实现相应方法。
Looking ahead, I am interested in the theory, methodology, and applications of fast Bayesian inference, particularly for increasingly complex and high-dimensional models. I am also interested in bringing Bayesian ideas into modern deep learning, especially generative models, to improve uncertainty quantification and computational efficiency, while encouraging more structured, transparent, and reliable reasoning.未来,我希望继续探索快速贝叶斯推断的理论、方法与应用,尤其关注日益复杂的高维模型。我也期待将贝叶斯思想融入现代深度学习,特别是生成模型,在提升计算效率的同时,更好地量化不确定性,让推理过程更有条理、更透明、更可靠。
I am always happy to discuss new ideas and potential collaborations, especially around statistical methodology, Bayesian computation, and related interdisciplinary problems.我一直乐于交流新想法、探索合作机会,尤其关注统计方法、贝叶斯计算及相关跨学科问题。
〇二
Research interests · 志趣
Structured latent representations and hierarchical Bayesian models for high-dimensional data.面向高维数据,研究结构化潜在表示与层次贝叶斯模型。
Bayesian principles for accurate, efficient, and statistically robust neural learning methods.将贝叶斯原理融入神经网络,探索准确、高效且具统计稳健性的学习方法。
Prior constructions that improve model stability, interpretability, and inferential accuracy.构建有助于提升模型稳定性、可解释性与推断精度的先验分布。
Frameworks for model and predictive uncertainty and better calibration in complex systems.研究模型与预测不确定性的量化方法,并提升复杂系统中的预测校准度。
Statistical methodology for circular, spherical, and other manifold-valued observations.针对圆周、球面及其他流形值观测的统计方法。
〇三
Education · 问学
King Abdullah University of Science and Technology阿卜杜拉国王科技大学
Jeddah, Saudi Arabia沙特阿拉伯吉达Lancaster University兰卡斯特大学
Lancaster, United Kingdom英国兰卡斯特University of Liverpool & Xi’an Jiaotong-Liverpool University利物浦大学与西交利物浦大学
Suzhou, China中国苏州〇四
Professional experience · 践履
Tech View Info Limited Liability Company和元达信息科技有限公司
Guangzhou, China中国广州Guangdong Zhujiang Investment Co. Ltd.广东珠江投资股份有限公司
Guangzhou, China中国广州Explore · 一览