I have previously worked as an R&D engineer at Foxconn and also served as a research assistant in Professor Yu-Lun Liu's laboratory at National Yang Ming Chiao Tung University. Currently, I am working at Bosch as a Research Intern focusing on Scene Understanding and Generative AI.
MoonSim is a photo-realistic lunar scene simulator that incorporates Unreal Engine for high-quality lunar images with realistic lighting and shadows and MuJoCo for physics simulation, supporting diverse locomotion and navigation tasks.
NaRCan, a video editing framework, integrates a hybrid deformation field network with diffusion priors to address the challenge of maintaining the canonical image as a natural image.
This paper introduces a novel zero-shot video restoration method using pre-trained image restoration diffusion models, achieving excellent performance across diverse datasets and extreme video degradations.
A Blender plugin that transforms text or image inputs into complete 3D scenes with rigged objects, realistic AI-generated backgrounds, and intelligent object placement, all powered by generative AI.
My GPU-Optimized SplineTransformer significantly accelerates the conversion of large data arrays into B-spline bases by leveraging GPU power. This innovation outperforms traditional CPU-based solutions, offering enhanced speed and efficiency for your data processing needs.
Patent
Data Analysis Method, Apparatus, Electronic Device and Storage Medium Ting-Hsuan Chen TW113141155, 2024
A data analysis method based on feature waveform analysis, improving the accuracy of feature waveform recognition through convolution and segmentation operations. This patent is currently in the confidential stage and is expected to be declassified in 2026.
At USC's Geometry, Vision, and Learning Lab, I explore diffusion models as priors to improve 3D reconstruction quality and enable 3D scene editing. I also work on autonomous web agents and develop physics-based robotics simulators to bridge the sim-to-real gap.
Working on cutting-edge research in scene understanding and generative AI technologies. Collaborating with the research team to develop innovative solutions for computer vision applications.
At the NYCU Computational Photography Lab, my primary research focused on diffusion models. During this period, I successfully published a paper as the first author, which was accepted at NeurIPS 2024. Additionally, I participated in industry-academia collaborations with Nvidia and MediaTek, applying research findings to real-world industry challenges.
At Foxconn, I developed the company's first patented ECG waveform recognition system by integrating AI, computer vision, and signal processing techniques. I also mentored new interns and represented the company in various medical conferences. Previously, I built an AI-based data cleansing and classification system, along with essential APIs using Django for medical data processing.
Awards & Recognitions
Dec. 2024 - Viterbi Conference & Research Fund Award, USC
Oct. 2024 - NeurIPS 2024 Scholar Award
Jun. 2023 - Valedictorian, NCHU
Jun. 2023 - Elected to The Phi Tau Phi Scholastic Honor Society (Top 1 graduate & College of Science representative) An elite academic honor society admitting only the top 1% of graduates across Taiwan
Apr. 2023 - Golden Key
2020-2022 - Presidential Award (6 times)
2020-2022 - Dean's List (2 times)
Nov. 2021 - Ching-O Award
Nov. 2021 - Outstanding Academic Achievement Award
Jun. 2021 - Professor Kuo Jin-Bin Scholarship
Oct. 2020 - Building Futures Foundation Scholarship
Oct. 2020 - Outstanding Academic Achievement Award