謝 橋/Hsieh, Chiao/シェ チャオ
I am a reseach assistant professor at Japan Advanced Institute of Science and Technology (JAIST).
My main research area is within Programming Languages, Formal Methods, and Software Engineering.
Currently, I am doing research with Prof. Aoki, Prof. Tomita, Prof. Riviere, and Prof. Tran under the project, Formal Methods and Verification Tools for Next-generation Automotive System Platforms.
My broad research direction is to obtain the provable safety assurance on cyber-physical systems (CPS) in addition to field-testing and software simulation. Especially, my focus is on applying formal methods to verify CPS containing complex or underspecified components including distributed communication, incomplete vehicle dynamic model, vision based perception, and learning enabled controllers.
Ongoing Projects and Collaborations
- Formal Methods and Verification Tools for Next-generation Automotive System Platform
(FY 2023-2028)- Hired as a research assistant professor from FY 2026
- JST Project #JPMJCR23M1
- Trustworthy Cyber-Physical Systems via Contracts for AI-Enabled Perception (FY 2026-2028)
- Individual grant funded by JSPS Grant-in-Aid for Early-Career Scientists
- AIを含むソフトウェアのための形式検証手法 (FY 2025-2029)
- Joined as a co-Investigator from FY 2026
- Ongoing collaboration with Prof. Suenaga and Prof. Waga in Kyoto University
Sitemap
Research Works discusses our concrete research works with related publications.
Curriculum Vitae provides my CV.
About 橋 contains informal descriptions of myself.
Links
GitHub: https://github.com/hc825b
ORCiD: https://orcid.org/0000-0001-8339-9915
LinkedIn: https://www.linkedin.com/in/hc825b
Past Projects
Project-Specific Researcher at Kyoto University
- Formal Analysis and Design of AI-intensive Cyber-Physical Systems (CyPhAI)
(FY 2020-2025)- Hired as a program-specific researcher (postdoc → assistant professor) in FY 2023-2025.
- JST Project #JPMJCR2012
- Safety Verification of Black Box Cyber-Physical Systems via Lyapunov Stability Certificates
(FY 2024-2025)- Individual grant funded by JSPS Research Activity Start-Up
During PhD Study
- Perception Contracts for CPS with Vision-Based Perception
- National Robotics Initiative 2.0 (USDA/NIFA #2021-67021-33449)
- Programming Language and Analysis for Distributed Robotic Applications
- CyPhyHouse Project Website NSF #1629949
- Software Defined Control for Smart Manufacturing Systems NSF #1544901