- Mail: [email protected]
- Phone: (+1)509-216-0357 , (+86) 182-5952-0157
- Address: 2001 Longxiang Road, Longgang District, Shenzhen, China
-
majoring in Computer Science and Engineering
-
cGPA *(*3.78/4.0) (Rank:11/155), mGPA (3.82/4.0) (Rank:17/155)
-
Relevant Courses:
Programming Methodology, Computational Laboratory: teach programming with Python
Programming Paradigms: teach C++ and some programming knowledge
Data Structures: teach some classic data structures and their implementation and usage
Computer Architecture: teach the underlying structure of the computer and do simulations with Verilog
Machine Learning Basis: teach some fundamental ML models and the math behind.
-
Visiting Student
-
GPA: 4.0
-
Relevant Courses:
Artificial Intelligence: Learn ideas and techniques underlying the design of intelligent computer systems
Principles & Techniques of Data Science: Learn everything needed for a basic Data Science workflow, e.g., feature extraction, Pandas, SQL
Computer Security: Learn security in multiple levels, including program level and Internet level. Learn about cryptography including RSA and its usage
Deep Learning: Learn the advanced DL techniques and the math behind
Computer Graphics: Learn Techniques of modeling objects for the purpose of computer rendering.
Efficient Algorithm: Learn concept and basic techniques in the design and analysis of algorithms
- Programming Language: Python, C++, GoLang, SQL, Java
- DS Library: Numpy, Pands, Matplotlib
- ML Library: Sklearn, Pytorch
- Latex
- Participated in organizing and carrying out several students’ activities with students and teachers
- Apply Machine Learning techniques on nuclear reactor reactor
- Focus on time series data. Use LSTM model.
- Study how certain operation influence the internal state of reactor with ML
- Implemented a LSTM model with Pytorch
- Include the data pre-possessing, dataset, nets, grid search and result visualization
- Achieve a high training and test accuracy
- Implemented a secure encrypted file sharing system with GoLang
- Define some pointer-wise data structure to provide simultaneity
- Flexibly use some encryption method like symmetry encryption, public encryption and digital signature
- Implemented a pipelined CPU that supports part of MIPS instructions set for 32-bit system
- Simulated the register, memory, ALU, and control units
- Solved the Hazard in pipelined CPU
- Completed the project by self by referring to the online tutorials and websites
- TOFEL : 101, GRE: 326
- Native Language