AI systems
LLM workflows, multimodal evaluation, event-driven applications, and research prototypes.
AI SYSTEMS · MACHINE LEARNING · COMPUTER ARCHITECTURE
I am a Computer Science master's student at National Dong Hwa University in Taiwan, building research prototypes and practical systems across multimodal AI, event-driven applications, computer vision, and computer architecture.
ABOUT
My projects tend to start at the boundary between fields: an AI commentator driven by live game events, a motion-feedback pipeline built from pose estimation, or a network-on-chip study shaped around emerging memory workloads. I enjoy turning those ideas into testable architectures, code, experiments, and documentation.
LLM workflows, multimodal evaluation, event-driven applications, and research prototypes.
Computer architecture, network-on-chip simulation, performance analysis, and hardware-aware design.
Python, Git, Linux, technical writing, testing, and open-source collaboration.
SELECTED WORK
A reproducible Python and FFmpeg workflow that turns one selected training clip into branded 16:9, 9:16, and 1:1 MP4/GIF deliverables.
View case study →A real-time character system that turns live game events into context-aware commentary using an LLM, conversation memory, and an event routing pipeline.
Case study in progressA FastAPI proof of concept for live-ops data ingestion, subscription-tier enforcement, secure media delivery, and asynchronous API access.
View repository ↗A programmatic high-resolution layout engine for scalable art-print production, dynamic mat proportions, and serverless image workflows.
View repository ↗A phase-aware motion-analysis pipeline using pose estimation and dynamic time warping to turn skating movement into structured feedback.
Documentation in progressRESEARCH
MASTER'S RESEARCH DIRECTION
Studying congestion onset and adaptive control in coherent on-chip networks supporting processing-in-memory workloads, with a small synthesizable digital PIM primitive.
SCIENTIFIC MACHINE LEARNING
Exploring latent nonlinear dynamics and external stimulus coupling in plant electrical signals using sparse system identification and topology-aware analysis.
AI REASONING
Building and evaluating programmatic transformations for abstract visual reasoning tasks, with an emphasis on reproducible candidate generation and validation.
OPEN SOURCE
CARDANO FOUNDATION2 MERGED PRs
Contributed production fixes and technical documentation improvements through the full GitHub review workflow.
LET'S CONNECT
The best way to reach me is through LinkedIn or GitHub.