南京鷄鳴寺
Published:
南京鷄鳴寺, Awesome architecture!
Published:
南京鷄鳴寺, Awesome architecture!
Published:
南京鷄鳴寺, Awesome architecture!
Published:
The way going back to Wenzhou: MSP-CHI-HKG. The skyline is so amazing! You can see how prosperous this place is!
Published:
The trip with Yat-Nie Caa and Huang Jie to Dalian and Yantai. We passed the hike trail to Bangchui for free!
Published:
The trial around the sea of Dalian close to 棒槌島.
Published:
My best friend Yat-Nie Caa since my high school. Glad to hang out with her when I come back from US!
Published:
The Overview of the 漁人碼頭 and the clock tower.
Published:
菜菜的畢業照,可愛捏
Published:
落日下的北京皇家建築,金碧輝煌
Published:
The sea of 泉州 around 惠家女
Published:
This project develops a digital input method for the Wenzhounese (溫州話) dialect using the Rime input method framework.
Published:
This project develops algorithms for estimating the pose of flexible permanent magnets using magnetic sensor arrays.
Published:
This project builds a real-time visualization system for magnetic sensor arrays used in magnetic pose estimation experiments.
Published:
This project implements randomized numerical linear algebra algorithms for scalable machine learning and large-scale data analysis.
Published:
This project implements randomized trace estimation algorithms for large matrices using the matrix–vector query model.
Published:
This project develops a data-driven itinerary optimization framework for urban tourism planning under real-world constraints.
Published in Proceedings of the 5th International Conference on Computer Information Science and Artificial Intelligence (CISAI), 2023
Mixed-integer linear programming approach for optimizing automated storage and retrieval systems.
Recommended citation: Chen, Y., Fan, B., Li, J., et al. (2023). "An Automated Storage and Retrieval System Optimization with MILP Methods." Proceedings of the 5th International Conference on Computer Information Science and Artificial Intelligence (CISAI), SPIE.
Download Paper
Published in Journal of Physics: Conference Series, 2024
Study of nanomaterial strategies for improving electrochemical performance of zinc-ion batteries.
Recommended citation: Chen, Y. (2024). "Application of Nanomaterials for Improving Zinc-ion Batteries Performance." Journal of Physics: Conference Series, 2798: 012004.
Download Paper
Published in Independent Software Project, 2025
This project develops a digital input method for the Wenzhounese (溫州話) dialect, aiming to support the computational representation and preservation of an underrepresented Chinese language variety.
Published in The Chinese University of Hong Kong Research Project, 2025
This project studies magnetic pose estimation for flexible permanent magnets using distributed dipole models and magnetic sensor arrays.
Published in Independent Study, University of Minnesota, 2025
This independent study investigates randomized sketching and sampling techniques for efficient computation in large-scale linear algebra and machine learning problems.
Published in University Research Project, 2026
This project studies efficient trace estimation of large matrices using matrix–vector queries through randomized numerical linear algebra methods.
Published:
Presented a research poster titled “Towards Tactile Intelligence: Inverse Neural Modeling and Magnetic Field Sensing for MIMMS.”
Undergraduate course, University of Minnesota, Department of Computer Science & Engineering, 2025
I served as an Undergraduate Teaching Assistant for CSCI 2081: Introduction to Software Development at the University of Minnesota during Fall 2025. The course is part of the Computer Science minor and Data Science curriculum and focuses on software development practices, object-oriented programming in Java, and modern software engineering tools.
Undergraduate course, University of Minnesota, Department of Computer Science & Engineering, 2026
I served as an Undergraduate Teaching Assistant for CSCI 2081: Introduction to Software Development at the University of Minnesota during Spring 2026. This course is part of the Computer Science minor and Data Science curriculum, introducing students to software development practices, object-oriented programming in Java, and fundamental data structures and algorithms.