CHEN Xiaoguang

Department of Communication Science and Engineering

Professional Title:Associate Professor



Visiting Address:B323, The department of Communications Science and Engineering.


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Research Interests

  • Quantum communication theory and technology

  • Quantum information and processing

  • Quantum programming

  • Currently, we are engaged in quantum coding, entropy, quantum exchange and modulation, quantum channel, entangled source and the management of quantum state.


  • Awarded the excellent communist party member of the school of information science and technology in 2003-2004.

  • Rated as an excellent teacher of the school of information science and technology and received a second-class award.

  • National science and technology progress award, second class. in 2003.

  • Sichuan science and technology progress award, first class. in 1998.

  • Science and technology progress award at the ministry of nuclear industry. in 1996.

  • Ministry of nuclear industry, ministry of science and technology progress award, three class. in 1993.

Education and Working Experience

  • PhD candidate in microwave engineering department of the university of electronic science and technology in 1997.

  • Post doctorate in electronic engineering in Fudan university form 1997 to 1999.

  • Visiting scholar at the state university of New York.


  • Undergraduate course: satellite and mobile communication

  • Graduate program: mobile and computer communication network


1.IEEE Globe Telecommunications Conference, vol 2017(GLOBECOM, IEEE 2017) . The design of quantum frame via time division multiplexing.

2. Chinese Journal of Electronics.  New construction of quantum LDPVC-Convolutional Codes. 2017.

3.IEEE Trans. on Geosci. Remote Sensing,Numerical Solution of Green’s Function of Eccentric Point Source in Axisymmtric Inhomogeneous Media, vol. 34, no.3.
4.Chinese Journal of Electronics, A Solution of the Transient Electromagnetic Problem for a Lossy Media by Finite Element Time-Domain Method, vol.6 no.3.
5.Journal of Electronics (China), The Direct Solution by 2-D and 3-D Finite Element Method on the Forward Problem of Low Frequency Current Field in Inhomogeneous Media , vol.15, no.12, 158-167.
6. Chinese Journal of Electronics,The Fast Multipole Method of Three Dimensional Electromagnetic Wave Volume Integral Equation (3DV-FMM), Vol. 8, No.4,346-351.
7.Chinese Journal of Electronics, Three Dimensional Computation Model of Field Strength and Coverage of DVB-T Network, vol.14, no.2, 299-303.
8.Chinese J Geophys-CH, A two-dimensional finite element-demain method for electromagnetic responses in inhomogeneous media. vol42, no.2, 268-276.

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