May 2005 Ð present, Visiting Research Associate, School of Surveying
& SIS, UNSW. Working with Dr Jinling Wang on the ARC Research
Project ÒRobust Positioning based on Ultra-Tight Integration of GPS,
Pseudolite and Inertial SensorsÓ.
July 2001 Ð April 2005, Research Associate, Navigation, Guidance
& Control Lab, Automation School, Harbin Engineering University,
PR China.
Major research activities:
a) Implementation of multi-sensor integrated navigation system (FOGSINS).
b) Modelling for Strapdown Inertial Navigation System.
c) Implementation of regional radio navigation receiver prototype.
March 2000 Ð June 2001, Research Assistant, Navigation, Guidance
& Control Lab, Automation School, Harbin Engineering University,
PR China.
Major research activities:
a) Co-designing the network server in Linux environment.
b) Designing the software of real-time information monitoring system
for the automatic rebuilding of a grain depot.
c) Developing the academic examination database for automatic control
classes.
Li, D., Sun, Y. etc. (2005), The Study of Dynamic Modeling of FOG with
Walsh function, Ship Engineering (in press).
Li, D., Sun, Y. etc. (2005) Marine FOG Random Drift, Navigation
of China (in press).
Li, D., Sun, Y. etc. (2004). Study of FOG Strapdown Inertial Navigation
SystemÕs Dynamic Error Model Based on BP Neural Network, Journal
of Projectiles, Rockets, Missiles and Guidance, 24(2):291-293.
Li, D., Sun, Y, Li, X.Y., etc. (2004) Research and Realization of Digital
Detection Method on Closed Loop FOG, Journal of Marine Science and
Application, 1:25-35.
Li, D., Sun, Y., etc. (2003) Design of Artificial Heart based on DSP-Chips,
Technology Application, 5:53-56.
Liu, W., Li, D. (2003) Design of Data Collecting System based on DSP-Chips.
Journal of Harbin Institute of Technology, 8:999-1002.
Sun, Y., Li, D., etc. (2002) The Potential Function of Artificial Heart
Control System, Journal of Harbin Engineering University, 12:57-62.
Yuan, R., M., Li, D., etc. (2002) Realization of Interrupt and Boot
Program in C Environment, Application of Electronic Technique,
12:69-71.