Michael Moore

Former graduate student (departed October 2003, withdrew from PhD program August 2004)

Research Scientist
National Mapping Division
Geoscience Australia
Canberra ACT

B. Geomatics (Hons) / B.Sc (Geology), University of Melbourne, Australia, 1998.

Swimming, cycling, running and anything else active.

Project / Research at UNSW:

Participating in an ARC-SPIRT project with Normandy Exploration Ltd, to develop a medium-range, centimetre accuracy, rapid static GPS positioning in support of helicopter gravity surveys. The methodology is based on the use of more than one GPS reference receiver, in a multiple GPS base station network configuration.

Other research interests include the development of integrated GPS/INS (or GPS/DR) systems for kinematic applications.

Spent 4 months in Antarctica on a GPS field campaign, from November 2000. Click here to see photos of the trip!

MOORE, M., 2002. The use of wavelets for determining wing flexure in airborne GPS multi-antenna attitude determination systems. 15th Int. Tech. Meeting of the Satellite Division of the U.S. Inst. of Navigation, Portland, Oregan, 24-27 September, 1022-1029. (Download PDF)

MOORE, M., & WANG, J., 2001. Adaptive dynamic modelling for kinematic positioning. IAG Scientific Assembly, Budapest, Hungary, 2-7 September, CD-ROM proc. Symp. C4 "Probabilistic and Non-Probabilistic Assessment in Data Analysis", paper 4. (Download PDF)

MOORE, M., RIZOS, C., & WANG, J., 2002. Quality control issues relating to an attitude determination system using a multi-antenna GPS array. Geomatics Research Australasia, 77, 27-48. (Download PDF)

MOORE, M., RIZOS, C., & WANG, J., 2003. Issues concerning the design of a low-cost attitude determination system for an Unmanned Airborne Vehicle. 11th Int. Assoc. of Institutes of Navigation World Congress, Berlin, Germany, 21-24 October, CD-ROM proc., paper 111. (Download PDF)

MOORE, M., RIZOS, C., & WANG, J., BOYD, G., MATTHEW, K., WILLIAMS, W., & SMITH, R., 2003. Issues concerning the implementation of a low cost attitude solution for an Unmanned Airborne Vehicle. 6th Int. Symp. on Satellite Navigation Technology Including Mobile Positioning & Location Services, Melbourne, Australia, 22-25 July, CD-ROM proc., paper 44. (Download PDF)

MOORE, M., RIZOS, C., WANG, J., BOYD, G., & MATTHEW, K., 2003. A GPS based attitude determination system for a UAV aided by low grade angular rate gyros. 16th Int. Tech. Meeting of the Satellite Division of the U.S. Institute of Navigation, Portland, Oregan, 9-12 September, 2417-2424. (Download PDF)

WANG, J., TSUJII, T., RIZOS, C., DAI, L., & MOORE, M., 2000. Integrating GPS and pseudolite signals for position and attitude determination: Theoretical analysis and experiment results. 13th Int. Tech. Meeting of the Satellite Division of the U.S. Inst. of Navigation, Salt Lake City, Utah, 19-22 September, 2252-2262. (Download PDF)

WANG, J., TSUJII, T., RIZOS, C., DAI, L., & MOORE, M., 2001. GPS and pseudo-satellites integration for precise positioning. Geomatics Research Australasia, 74, 103-117. (Download PDF)