Wei-Hsu Chu
• Taoyuan City, Taiwan • [email protected]
M.S. degree in Computer Science Department of National Tsing Hua University, Taiwan.
Introduction
In the two years of the master's degree in NTHU. I was mainly responsible for software development and verification, and as the person in charge of the NTHU-ITRI cooperation case. Responsible for the management of the laboratory's gitlab and the teammates in the project, as well as writing code and arranging the project schedule. My personality is positive and optimistic, and I am extremely enthusiastic about learning new knowledge.
I'm working with Prof. Jenq-Kuen Lee. My thesis topic is "Misra C++ Analyzer for Security of Embedded Systems"
Education
National Tsing Hua University, Master of Science, Computer Science, Hsinchu, Taiwan
09/2018 - 09/2020
Thesis Advisor, Prof. Jenq-Kuen Lee
Courses:
• Parallel Programming (A+)
• Advanced Compiler (A-)
• Compilers for Embedded Systems (A)
• Advanced Computer Architecture (B+)
• Computer Architecture (A-)
• Computer Graphics (A+)
National Chung Hsing University, Bachelor of Science, Applied Mathematics, Taichung, Taiwan
09/2014 - 06/2018
Courses:
• Algorithm (A-)
• Operating System (A+)
Research Projects &
Experience
Misra C++ - ITRI-NTHU Collaboration Project
• Implement rule checker according to Misra C++ specification
• Static analyze C/C++ projects at compile time using Clang AST
• Detect C++ projects(LLVM, OpenCV, GoogleTest...) which violate Misra C++ rules
• Increase code reliability, portability and re-usability
• Scale to millions of lines of code
• For correctness, comparing to commercial software "Coverity" which is a proprietary static code analysis tool from Synopsys
• More precise than Coverity
FastText - MTK-NTHU Collaboration Project
• Devise and evaluate sparse compression schemes with Halide schedulers
• Compressing model which trained from FastText
• Decreasing the amount of calculation on edge device
• Performance is significantly improved with limited accuracy loss
Cache behavior simulation
• Support multi-way associative cache
• Predict cache hit and miss
Parallel All-Pairs-Shortest-Paths
• Implement "blockly" Floyd-Warshall with CUDA
Skills
C/C++, LLVM, Clang, Git, Linux
Interests
Compiler, Risc-V, LLVM, Compiler Optimization, Software Engineering
