Jinghui Wu

Masters (Research) student since August 2006
Phone: +61 2 9385 4206
Fax: +61 2 9313 7493
Room Number: EE Building 413A
Email: jinghui.wu@student.unsw.edu.au

 

B.Eng. in Electrical Engineering & Automation, Beijing University of Aeronautics & Astronautics, P.R. China, 2004.

M.Eng.Sc, UNSW, 2006.

My current research activity focus is on Galileo E1 frequency band signal processing for a GNSS receiver design based on the ÒNamuruÓ FPGA platform. Galileo E1 band Open Access Service signal is designed to share the same carrier frequency as the GPS L1 signal. So a hybrid GPS/Galileo receiver designs becomes an interesting topic these days. However, although both GPS and Galileo share the same characteristics of a CDMA system, the Galileo system introduced an innovative signal structure known as Binary Offset Carrier (n, m) (BOC (n,m)), which is intended to provide advantages of multipath effect reduction and narrow band interference rejection. Based on the current GPS L1 receiver design technique and platform, Galileo signal can overcome signal loss and tracking stability problems due to its unique correlation function. Therefore a practical solution (e.g. acquisition method and tracking loop algorithm) has to be investigated for a Galileo receiver design which has low complexity but takes advantage of all of the features of the BOC signal.

• Skilled in C language, assembly language, MATLAB.
• Experience in mechanism design package AUTOCAD.
• Familiar with circuit design package Multisim and PCB design package Protel.
• Circuit design, programming of microprocessor embedded systems and related Hardware Description Language (Verilog DHL and VHDL).
• Skilled in MS office applications and Windows operating systems.

Music, Sports, Reading, and Chess.