Lead developer for the OpenCAEPoro problem in the world's largest supercomputing challenge.
Illusionary White Traveler / Linux Lover / Systems Enthusiast
Lead developer for the OpenCAEPoro problem in the world's largest supercomputing challenge.
Responsible for cluster operations, interconnect stability, and high-load performance tuning.
Spearheaded mid-end optimization and back-end adaptation in the National Student Computer System Capability Challenge (RISC-V Compiler track).
As team captain, led cluster design, performance/power tuning, and GPU porting of the AMSS-NCKU numerical relativity simulation.
Mostly working with C/C++, but also familiar with Python, Rust, Go, Dart, and hardware HDL Chisel. Go is my absolute favorite.
Die-hard Arch Linux enthusiast. Daily drivers: Arch Linux and CachyOS. Enterprise server environments: Rocky Linux and Debian.
Addicted to JRPGs forever. Devoted to Xenoblade Chronicles, Fire Emblem, and the Trails series. Also enjoy Monster Hunter & Counter-Strike.
Favorite composer: Yasunori Mitsuda (Chrono / Xenoblade). Favorite singer: Utada Hikaru. Favorite pop-punk band: Neck Deep.
Drawn to speculative sci-fi and classic cinematic epics: The Truman Show, The Lord of the Rings, Interstellar, and Decisive Engagement.
Computer science books, speculative fiction novels, concept art collections, and storyboards from animated films.
Feel free to reach out for computer architecture inquiries, HPC collaboration, or casual chat.