Security Programming
In the Security Programming course, I deeply studied how to protect software systems from malicious attacks and mastered key technologies such as encryption algorithms, vulnerability detection, and security protocols. Through practical projects, I learned how to identify and fix potential security vulnerabilities during the development process, laying the foundation for building secure and reliable software systems.
Compiler Principles
The Compiler Principles course gave me an in-depth understanding of the compilation process of programming languages. I learned core concepts such as lexical analysis, syntax analysis, semantic analysis, and code generation, and through the implementation of a simple compiler, I mastered the key technologies of compiler design. This course not only enhanced my programming skills but also deepened my understanding of the essence of programming languages.
Machine Learning and Neural Networks
In the Machine Learning and Neural Networks courses, I learned various machine learning algorithms and neural network models, including supervised learning, unsupervised learning, and reinforcement learning. Through practical projects, I applied these algorithms to solve classification, regression, and clustering problems, and conducted in-depth research in the fields of image recognition and natural language processing. These courses gave me a comprehensive understanding of the cutting-edge technologies in artificial intelligence.
Scientific Foundation Research
The Scientific Foundation Research course cultivated my research capabilities, teaching me how to design experiments, collect and analyze data, and write scientific reports. This course laid a solid foundation for me in research methods and data analysis.
Processing Optimization Multi-service Systems and Networks
In this course, I learned how to optimize the performance of complex systems and networks. Through research on load balancing, resource allocation, and network topology optimization, I learned how to improve the efficiency and reliability of the system.
Computer Systems and Network Diagnostics
The Computer Systems and Network Diagnostics course enabled me to master the methods of diagnosing and repairing system and network faults. Through practical operations, I learned how to use various tools and technologies to detect and solve system and network problems, ensuring the stable operation of the system.
This learning experience not only greatly enhanced my professional knowledge but also cultivated my independent thinking and problem-solving abilities. I learned how to maintain focus and perseverance in a complex academic environment, how to collaborate with students from different backgrounds, and how to maintain a positive attitude when facing challenges. These valuable experiences will accompany me in my future academic and career life, inspiring me to constantly strive for excellence.
Цзяньфен Чень