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Craig Roberts' Publications

University Reports

  1. ROBERTS, C. (2002). A Continuous Low-Cost GPS-Based Volcano Deformation Monitoring System in Indonesia. PhD thesis, School of Surveying & Spatial Information Systems, University of New South Wales, Sydney, Australia, UNISURV S-73, ISBN 0 7334 1976 3, 271pp.

Papers in Journals

  1. JANSSEN, V., ROBERTS, C., RIZOS, C., & ABIDIN, H., (2001) Experiences with a mixed-mode GPS-based volcano monitoring system at Mt. Papandayan, Indonesia. Geomatics Research Australasia, 74, 43-58.
  2. JANSSEN, V., ROBERTS, C., RIZOS, C., & ABIDIN, H., (2002) Low-cost GPS-based volcano deformation monitoring at Mt. Papandayan, Indonesia. Journal of Volcanology & Geothermal Res., 115(1-2), 139-151. (Download PDF)
  3. RIZOS, C., HAN, S., ROBERTS, C., HAN, X., ABIDIN, H., & WIRAKUSUMAH, A.D., (2000) A continuously operating GPS-based volcano deformation monitoring in Indonesia: challenges and preliminary results. In "Geodesy Beyond 2000: The Challenges of the First Decade", Springer-Verlag, ISBN 3-540-67002-5, 361-366, Proc. IAG General Assembly, Birmingham, UK, 19-30 July, 1999. (Download PDF)
  4. ROBERTS, C., (1997) Solar car racing with GPS and GIS. GIS User, 21, 24-25.
  5. ROBERTS, C., (2000) Volcano: monitoring volcanoes in Indonesia using GPS. Measure & Map, 6, 28-31.

Published Conference Papers

  1. DEO, M., ZHANG, K., ROBERTS, C. and TALBOT, N. (2003) An investigation of GPS precise point positioning methods, 6th Australasian Symp. on Satellite Navigation Technology & Applications, Melbourne, Australia, 22-25 July.
  2. RIZOS, C., HAN, S., & ROBERTS, C. (1997) Permanent automatic low-cost GPS deformation monitoring systems: Error mitigation strategies and system architecture. 10th Int. Tech. Meeting of the Satellite Division of the US Inst. of Navigation, Kansas City, Missouri, 16-19 Sept., 909 - 917.
  3. ROBERTS, C., & RIZOS, C., (1998) Permanent automatic GPS deformation monitoring systems: a review of system architecture and data processing strategies. In "Advances in Positioning and Reference Frames", Springer-Verlag, ISBN 3-540-64604-3, 375-380, Proc. Scientific Assembly of the IAG, Rio de Janeiro, Brazil, 3-9 September, 1997.
  4. ROBERTS, C., & RIZOS, C., (1999) The trials and triumphs of installing and operating a continuously operating GPS-based volcano deformation monitoring system in Indonesia. 4th Australasian Symp. on Satellite Navigation Technology & Applications, Brisbane, Australia, 20-23 July, paper 53, 11pp.
  5. ROBERTS, C., & RIZOS, C., (2001) Mitigating differential troposphere for GPS-based volcano monitoring. 5th Int. Symp. on Satellite Navigation Technology & Applications, Canberra, Australia, 24-27 July, paper 38, CD-ROM proc.(Download PDF)
  6. ROBERTS, C., MORGAN, P., & RIZOS, C., (2002) Allan variance applied to time series baseline results for GPS-based deformation monitoring applications. 2nd Symp. on Geodesy for Geotechnical & Structural Applications, Berlin, Germany, 21-24 May, 299-311. (Download PDF)
  7. ROBERTS, C., ZHANG, K., HALE, M. and MILLNER, J. (2003) Towards real-time network-based RTK corrections for Victoriaâs GPSnet, 6th Australasian Symp. on Satellite Navigation Technology & Applications, Melbourne, Australia, 22-25 July.
  8. TSUJII, T., RIZOS, C., WANG, J., DAI, L., ROBERTS, C., & HARIGAE, M., (2001) A navigation/positioning service based on pseudolites installed on stratospheric airships. 5th Int. Symp. on Satellite Navigation Technology & Applications, Canberra, Australia, 24-27 July, paper 49, CD-ROM proc. (Download PDF)
  9. WONG, K., ROBERTS, C., HAN, S., HIRSCH, B., RIZOS, C. & MASTERS, E.G., (1997) GPS and GIS in support of "Sunswift" during the 1996 World Solar Car Challenge. Proc. First Trans Tasman Surveyors Conf., Newcastle, Australia, 12-18 April, paper no. 21, 1-9.
  10. ZHANG, K. and ROBERTS, C. (2003) Network-based real-time kinematic positioning system: Current development in Australia. Geoinformatics and Surveying Conference, The Institute of Surveyors, Malaysia, 7 April.
  11. ZHANG, K. and ROBERTS, C. (2003) Recent development of the Victorian high-precision permanent GPS tracking network with real-time positioning capability, 6th Australasian Symp. on Satellite Navigation Technology & Applications, Melbourne, Australia, 22-25 July.
  12. ZHANG, K., ROBERTS, C., TALBOT, N., GRENFELL, R., KEALY, A., RAMM, P., HALE, M., MILLNER, J. (2002) Harbour Navigation and dredging operations using GPS virtual reference station system, ISV Conference proceedings, Beechworth, 3-5 May.

 

Unpublished Presentations

  1. Rizos, C., Han, S., Roberts, C., Galas, R., & Reigber, C. (1997) Low-cost densification of permanent GPS networks for natural hazard mitigation, GEODYSSEA concluding symposium, Penang, Malaysia, 14 -18 April.
  2. Rizos, C., Han, S., Roberts, C., Han, X., Abidin, H.Z., Suganda, O.K., Wirakusumah, A.D. (1999) Continuously operating GPS-based volcano deformation monitoring in Indonesia: Challenges and preliminary results, IUGG, Birmingham, UK, July.   
  3. Roberts, C. (1999) Those naughty volcanoes, Oral presentation on the Science Show, Radio National, 30 Oct.
  4. Roberts, C. (1999) Continuously operating GPS-based volcano deformation monitoring in Indonesia: Challenges and preliminary results, Volcano Geodesy Workshop, Jackson Hole, Wyoming, USA, 17 September.
  5. Roberts, C.(1999) A low-cost continuous GPS deformation monitoring system on Gunung Papandayan. Volcanological Survey Institute, Bandung, Indonesia, 16 July.
  6. Roberts, C. (2000) Revisiting troposphere modelling for large differential heights in regional networks, UNSW Annual Research Seminars, 20-21 November.
  7. Roberts, C. (2000) Low-cost continuous GPS volcano deformation monitoring on Gunung Papandayan: Status and progress, pres. to Volcanological Survey of Indonesia, Bandung, Indonesia, 13 March.
  8. Roberts, C. (2002) Allan variance applied to time series baseline results for GPS-based deformation monitoring applications, UNSW Annual Research Seminars, 11-12 November. 
  9. Roberts, C. (2002) New development of a high precision and resolution Australian gravity field model using heterogeneous data, UNSW Annual Research Seminars, 11-12 November.
  10. Roberts, C. (2002) Measurement Sciences Group; Research Profile, Dept of Geospatial Science, RMIT University, 2 October.
  11. Roberts, C. (2002) A continuous low-cost GPS-based volcano deformation monitoring system in Indonesia, Dept of Geospatial Science Colloquia Session, RMIT University, 5 June. 
  12. Roberts, C. (2002) A continuous low-cost GPS-based volcano deformation monitoring system in Indonesia, Dept of Geomatics Colloquia Session, University of Melbourne, 30 May. 
  13. Roberts, C., Chen, H.Y., Han, S., Rizos, C. (1998) Antenna phase centre variation: Cause for concern for precise GPS deformation monitoring applications, WPGM, Taipei, Taiwan, 21-24 July.

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