Location: Stone Hall 207
Hours: Tuedays: 11:00 AM -1:00 PM and by appointment via email
Micro-Scale Transportation Network Modeling and Spatial Analysis for Three-Dimensional City
2008-current, Ongoing collaboration with Department of Geography & Earth Sciences, UNC-Charlotte. Humans spend a lot of their time indoors, and with the ever-increasing complexity of built environments in the three-dimensional city, there is a great need for developing navigation tools for negotiating indoor environments. A number of challenges arise, however, when attempting to model indoor micro-spaces and/or track human movements in these spaces. Still, it is clear that traditional, two-dimensional urban geography scholarship is no longer up to the task of representing cities as they actually exist—as three-dimensional spaces that feature numerous micro-scale spaces. To put it most simply, spatial relationships are captured best when they are represented in the same three dimensions that comprise the built geographic space. Our research reveals the viability of this approach for three explicit types of urban analytical functionalities: facility location planning, spatial accessibility assessment, and route planning.
Spatial Mobility and Momentary Ecological Assessment of Health
2013-current, Ongoing collaboration with UM Rural Institute: RTC Rural. With data that includes both EMA self-report on health conditions and GPS coordinates, we are able to utilize space-time path and space-time prism visualization techniques developed under Time Geography framework to capture the impact of individual activity sequencing under space-time and pain constraints. Future research agenda includes studying spatial-temporal geography of pain, understanding health conditions as constraints to daily travel patterns and community participation, and developing geovisualization techniques.
Ph.D (2013) Geography & Urban Regional Analysis, University of North Carolina at Charlotte, USA
Dissertation: A Comprehensive Geospatial Knowledge Discovery Framework for Spatial Association Rule Mining (Advisor: Dr. Jean-Claude Thill). Constructed the SpatialARMED framework and showcased its applications in mining crime patterns with high performance parallel computing.
M.Sc (2005) Geomatic Engineering, University of Calgary, Canada
Major: Global Navigation Satellite Systems
Thesis: Performance Evaluation of Multiple Reference Station GPS Real-time Kinematic for a Medium Scaled Network (Advisor: Dr. Gerard Lachapelle)
B.E. (2002) Geomatic Engineering, University of New South Wales, Australia
Honour Class 1 - Concentrations: Geospatial Technologies
Thesis: Location based services: Technical and Bussiness Issues (Advisor: Dr. Chris Rizos)
Building from a background in Geomatics Engineering and GIScience, Dr. Dao's research interests lie in the development of new approaches of spatial analysis and modeling that can be broadly applied within GISciences and its interdisciplinary setting. She is the author and co-author of various publications which have achieved over 200 citations. Her most recent research projects relates to spatial network analysis, spatial data mining, and time geography.
Dao, T.H.D., and J-C. Thill. (under review). “The SpatialARMED Framework: Handling Complex Spatial Components for Spatial Association Rule Mining” Geographical Analysis.
Zhou, Y., T.H.D. Dao, J-C. Thill, and E. Delmelle. (2015). “Enhanced 3D Visualization Techniques in Support of Indoor Location Planning”. Computer, Environment, and Urban System (CEUS) 50, 15-29. (Accepted, in press).
Dao, T.H.D. (2013). “A Comprehensive Geospatial Knowledge Discovery Framework for Spatial Association Rule Mining”. Ph.D. Dissertation. Department of Geography and Earth Sciences, University of North Carolina at Charlotte, USA
Dao, T.H.D. and Thill, J-C. (2012) A Comprehensive Framework for Spatial Association Rule Mining, The 7th International Conference on Geographic Information Science, Columbus, OH, USA, September 18-21 (GIScience 2012 International Conference Student Award)
Dao, T.H.D. (2012). “Global Satellite Positioning System and Applications”. In K.A. Dao (Eds) Experimental Methods in Modern Physics, Hanoi, Vietnam: Vietnam Education Publication House, 512-570.
Dao T.H.D., Y. Zhou, J-C. Thill, and E. Delmelle. (2011). “Spatio-temporal Location Modeling in a 3D Indoor Environment: the Case of AEDs as Emergency Medical Devices”. International Journal of Geographical Information Science 26 (3), 469-494.
Thill J-C., T.H.D. Dao, and Y. Zhou. (2011). “Traveling in the Three-dimensional City: Applications in Route Planning, Accessibility Assessment, Location Analysis and Beyond”. Journal of Transport Geography 19 (3), 405-421.
Thill J-C., and T.H.D. Dao. (2011). “Metric and Syntactic Accessibility in Three-dimensional Urban Networked Spaces: Modeling Options and Visualization”. In Proceedings of the 12th International Conference on Computers in Urban Planning and Urban Management. Lake Louise, Canada.
Dao, T.H.D., and J-C. Thill. (2010). “Metric and Syntactic Accessibility Modeling for Three-Dimensional Urban Transportation Networks”. In Proceedings of the 57th Annual North American Meetings of the International Regional Science Association (RSAI). Denver, Colorado, USA.
Zhou, Y., T.H.D. Dao, J-C. Thill, and E. Delmelle. (2010). “Visualization Techniques in Support of Indoor 3D Facility Location Modeling”. In Proceedings of Association of American Geographer (AAG) Annual Meeting. Washington, D.C., USA.
Dao T.H.D., Y. Zhou, and J-C. Thill. (2009). “GIS-based 3D Urban Environment Data Model: Applications”. In Proceedings of the 2009 North Carolina GIS Conference. Raleigh, NC, USA. (G. Herbert Stout Award for Exemplary Student Paper)
Dao, T.H.D., and J-C. Thill. (2009). “Contextualized Space-Time Accessibility Modeling and Measurements with NeuroFuzzy Proximity Relations”. In Proceedings of the International Conference on Advanced Geographic Information Systems & Web Services (GEOWS), 158-164. Cancun, Mexico.
Dao T.H.D., N. Nagarajan, C.L. Law, and E.K. Poh. (2007). “Investigation of GPS Signals for Synchronization of UWB Indoor Positioning System”. In Proceedings of the European Navigation Conference (ENC-GNSS07).Geneva, Switzerland.
Tran M.T., and T.H.D. Dao. (2006). “The Global Positioning Systems: Theory and Applications”. Hanoi, Vietnam: Vietnamese Educational Publication. (200 page book in Vietnamese).
Dao, T.H.D. (2005). “Performance Evaluation of Multiple Reference Station GPS RTK for a Medium Scale Network”. MSc. Thesis. Department of Geomatic Engineering, University of Calgary, Canada.
Luo, N., T.H.D. Dao, G. Lachapelle, and M.E. Cannon. (2005). “GPS Network RTK Performance under Very Active Ionospheric Conditions”. In Proceedings of the Institute of Navigation GPS/GNSS 2005 Conference. Long Beach, CA.
Dao T.H.D., and G. Lachapelle. (2005). “GPS Performance for Various Applications”. In the Proceedings of the Asian Conference on Remote Sensing. Hanoi, Vietnam.
Dao T.H.D., and M.T. Tran. (2005). “Global Positioning System: An Overview”. In Proceedings of the Asian Conference on Remote Sensing. Hanoi, Vietnam.
Dao T.H.D., P. Alves, and G. Lachapelle. (2004). “Performance Evaluation of Multiple Reference Station of GPS RTK for a Medium Scaled Network”. Journal of Global Positioning Systems 3 (1), 173-182.
Dao T.H.D., H. Kuusniemi, and G. Lachapelle. (2004). “HSGPS Reliability Enhancements Using a Twin-Antenna System”. In Proceedings of the European Navigation Conference (GNSS 2004). Rotterdam, the Netherlands.
Lachapelle G., H. Kuusniemi, T.H.D. Dao, G. MacGougan, and M.E. Cannon. (2004). “HSGPS Signal Analysis and Performance Under Various Indoor Conditions”. Navigation 51 (1), 29-43.
Lachapelle G., H. Kuusniemi, T.H.D. Dao, G. MacGougan, and M.E. Cannon. (2003). “HSGPS Signal Analysis and Performance under Various Indoor Conditions”. In Proceedings of the Institute of Navigation GPS/GNSS 2003 Conference. Portland, Oregon, USA.
Dao D., C. Rizos, and J. Wang. (2002). “Location-based Services: Technical and Business Issues”. GPS Solutions 6, 169-178.
Geographical Information Science (GIScience), Spatial Analysis and Modeling, Spatial Data Mining, GeoComputation, Time Geography, GPS-based Positioning and Navigation
Field of Study
Geographical Information Science (GIScience), Spatial Analysis and Modeling, Spatial Data Mining, GeoComputation, GPS-based Positioning and Navigation
GPHY 580: Seminar in GIS & Cartography
GPHY 588: Vector GIS & Spatial Analysis (with Labs)
GPHY 491: Programming for GIS (with Labs)
GEOG4000/5000: GIS for non-majors (UNCC)