More information is available at https://web.xidian.edu.cn/zqxu/teach.html in Chinese.

1.  Software defined networking and virtualization (SDN/NFV) , Spring 2020~

   Course Description: The main goals of this lecture are to help students to understand the evolution of communication networks, and to be familiar with novel architecture and development trend of communication networks. The content of the lecture includes: the concepts of software defined everything (SDx), the concepts and architectures of software defined networking (SDN) and network function virtualization (NFV). It also addresses the main protocol (openflow), programming protocol-independent packet processor (P4), SDN/NFV simulation and development platforms, and networking applications. In addition, the seminar of the cutting-edge topics will be held. All efforts are expected to provide the firm foundation for their thesis issues selection and jobs.

     Notice: For those who are the students of this course, please join the course QQ  group         (1053121288) with the true Chinese name and the student identifier. The instructor will provide some course materials that are to help learners have a good background of networking, especially for those who do not have the basic knowledge of networking, such as the courses of computer communication, computer network, data communication network.

2. “Broadband Access Network and its new technologies” for the postgraduate students; Spring 2015~

All courses I am teaching or I taught are as follows:

1.  Software defined networking and virtualization (SDN/NFV) , bi-language（Eng +Chinese）, Spring 2020~

2. “Broadband Access Network and its new technologies” for the postgraduate students; Spring 2015~

3.  “Broadband Communication Networks” for the postgraduate students; Spring 2007~Spring 2014

4.   “Broadband Access Networks and its application” for the undergraduate students; Spring 2010~

5.   “the theory of information networks” for the undergraduate students;

6.   “computer Communication networks” for the undergraduate students;

7.    “broadband communication network--ATM” for the undergraduate students;

8.   “Microcomputer and its Application” for the undergraduate students.