I am @Terry (Guoze, Tang), a graduate student in the School of Computing at Clemson Universvity. I graduated from Yunnan University Electronic and Information Engineering in 2014. After that, I studied Software Engineering and graduated from University of Science and Technology of China in 03 / 2017. After two years of study, I acquired a comprehensive knowledge of computer hardware and software. I was interested in embedded systems design. And I gained a lot, not only on specialized knowledge but also a scientific way of thinking.
Master of Computer Science, 2019
Master of Software Engineering (Embedded System Development), 2017
University of Science and Technology of China(USTC)
Bachelor of Electronic and Information Engineering, 2014
Research Assistant - Network Security: Research on the Virtualization of Network Intrusion Detection Systems(vNIDS). Implemented RIP, DNS, and HTTP protocol parsers byBinpac, C++ language, and PCRE lib, then integrated them into Bro and Click system.
System Security: Research on intrusion and attack of Linux malware. Implemented the parser for bash and python scripts to do static analysis for script files.
Sensor Driven Development: Developed Sensor-driven of FJ project in DJI and analyzed the data of Sensor. Realized Serial port, IIC, SPI development, ucos operating system. Also, Developed and validated barometer drivers for MAVIC.
Data Analysis: Used Statistical method to analyze the Sensor data by Matlab to decide choosing which is the better sensor for the produce.
Dev Environment: Analytics environment based on Matlab and Shell Scripting on Ubuntu Linux. Wrote the c code to collect the sensor data for more than ten sensors.
Embedded System: Developed ARM part of the master control module and developed VoIP based on Asterisk. Realized online upgrade in the master module and the SLP Protocol Analysis module.
Software Development: Applied technology and tools: Keil developer tools, Mysql database, VxWorks driver development, built VoIP server based on Asterisk, built SVN server
Performance: VoIP communication system delay time is less than 120ms(Requested:<160ms), and communication quality MOS is 4.8/5.0.