PhD Degree, Princeton University, NJ, USA.
Gordon Wu Fellowship in School of Engineering and Applied Science, 2003-2007.
(The Wu Fellowships are Princeton's most prestigious award for graduate study in engineering and are made to new graduate students who demonstrate the potential to be world leaders in their fields in the 21st century. )
Degree: PhD in Electrical Engineering (11/2008)
Minors in Operational Research, Mathematics
Dissertation: Optimal Network Resource Allocation for Heterogeneous Traffic
Advisors: Professor Mung Chiang and Professor Robert Calderbank
Degree: Master of Arts (09/2005)
Master Degree, Xi’an Jiaotong University, P. R. China.
Degree: Master of Engineering Science (highest honors)
Department of Information and Communication Engineering
Thesis: Power Control and Assignment in Multimedia Wideband CDMA Systems
Advisor: Professor Shihua Zhu
Bachelor Degree, Xi’an Jiaotong University, P. R. China.
Degree: Bachelor of Engineering (highest honors)
Prodigy Class, Department of Information and Communication Engineering
Senior project: Design and Implement a Signal-Tone Generator Printed Circuit Board (Best project)
Courses at Princeton University
Dept. of Electrical Engineering: Linear System Theory; Random Processes in Information Systems; Theory of Detection and Estimation; Multiuser Communication Theory; Information Theory; Algebraic Coding Theory; Optimization of Communication Systems: Methodologies and Applications.
Dept. of Mathematics: Algebra; Real Analysis.
Dept. of Operations Research and Financial Engineering: Probability Theory; Markovian Processes.
Courses at Xi'an Jiaotong University
Part of postgraduate courses for Master Degree:
Linear Spaces and Matrix Analysis; Foundation of Applied Functional Analysis; Mathematical Statistics; Stochastic Processes; Introduction to Neural Networks; Advanced Digital Signal Processing; Digital Image Processing; Adaptive Multi-Resolution Signal Analysis; Information Theory and Encoding; Software Development.
Part of undergraduate courses for Bachelor Degree (special program for prodigy class):
Mathematical Analysis; Advanced Mathematical Analysis; Discrete Mathematics; Engineering Mathematics; Probability and Mathematical Statistics; Linear Algebra; General Physics; Physics Experiments;
Signals and Systems; Digital Signal Processing; Principles of Information Transmission; Principles of Digital Communications; Wireless Communications; Principles of Program Control Digital Switching; Optic Fiber Communications; Microwave and Satellite Communications;
Auto-Control Theory; Modern Control Theory; Nonlinear Control and Digital Control; Automatic Instrumentation and Process Control; Practice in Campus Mechanics Factory;
Principles and Application of Microcomputer; Single-chip Microcomputer Principles and Applications; Programming Language C; Modern Enterprise Management;
Circuits; Electromagnetic Fields and Waves; Analog Electronics; Experiments of Analog Electronic Techniques; Digital Electronics; High Frequency Electronic Circuits; Electronic Circuits Curriculum Design; CAD of Electronic Circuits; Electronic Technology Experiments; Radio Practice in Campus Factory