Department of Communication Science and Engineering
Professional Title：Associate Professor
Position：
Email：xgchen@fudan.ac.cn
Visiting Address：B323, The department of Communications Science and Engineering.
Tel：18621625739
Home Page：
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.
Awards
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.
Teaching
Undergraduate course: satellite and mobile communication
Graduate program: mobile and computer communication network
Publications
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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