Date
|
Venue
|
Speaker
|
Title
|
| Thursday 24 July | Theatre C1, Geomatics | Jane Brennan
University of Technology Sydney | (title to be determined) |
| Thursday, 17 July | Theatre C1, Geomatics | Christian Stock
Department of Geomatics | Visualise your message and make it stick
Competition
between bits of information is high and from the sea of information
generated every moment only a few messages survive and become important
in our lives. Visualising your message can help making it stick. This
presentation will show some key ingredients to making your message
stand out by showing some concrete examples in the hot topic of climate
change. Come along and learn how you can apply visualisation to create
impact! |
| Thursday 3 July | Theatre C1, Geomatics | Eric Legge Smith
Department of Geomatics | Eliciting public preference for decision making in complex environments
(PhD confirmation)
|
| Thursday 19 June | Theatre C1, Geomatics | Dorota Brzezinska
Geodetic Science, Ohio State University | Multisensor personal navigator supported by machine learning
The
prototype of a personal navigator, which integrates the Global
Positioning System (GPS), micro-electro-mechanical inertial measurement
unit (MEMS IMU), digital barometer, magnetometer, and human pedometry
to support navigation and tracking of military and rescue ground
personnel has been developed at The Ohio State University Satellite
Positioning and Inertial Navigation (SPIN) Laboratory. This
presentation will provide a review of the navigation techniques
suitable for personal navigation followed by the design, implementation
and performance assessment of the system prototype, with a special
emphasis on dead-reckoning (DR) navigation supported by the human
locomotion model. A summary of the performance analysis in the mixed
indoor-outdoor environments, with the special emphasis on the DR
performance is provided. The system’s navigation limitation in DR mode
is tested in terms of time and trajectory length to determine the upper
limit of indoor operation before the need for system re-calibration.
Joint seminar with SSI Victoria (1 CPD) |
| Thursday 8 May | Denis Driscoll Theatrette, Doug McDonell Building | Matt Duckham
Department of Geomatics | "Non-convex" hulls: Efficient generation of simple polygons for characterizing the shape of a set of points in the plane |
| Thursday 1 May | Denis
Driscoll Theatrette, Doug McDonell Building |
Nathan Quadros Department of Geomatics | Delineating the Littoral Zone: Issues and Solutions
(PhD completion)
The
vast majority of boundaries within the littoral zone are based on one
of the many possible tidal lines. These tidal lines are defined by the
line of intersection between a particular tidal datum and the land
mass. This research presents the results of case studies involved in
the development of the land and water input datasets and the consequent
delineation of tidal lines. |
| Thursday 24 April | Denis Driscoll Theatrette, Doug McDonell Building | Graeme Kernich
CRCSI
Stephan Winter
Department of Geomatics | The current impact of spatial information on Australia's GDP
Report on a study by ACIL Tasman for the CRCSI
The potential impact of spatial information on the GDP
Critical review of the ACIL Tasman Study in the light of other work |
| Thursday 17 April | Denis Driscoll Theatrette, Doug McDonell Building | Joe Leach
Department of Geomatics | The nature of space, and other philosophical ramblings |
| Thursday 10
April |
Denis
Driscoll Theatrette, Doug McDonell Building |
Sue Hope
Department of Geomatics |
Integrating
vector datasets of varying quality
(PhD completion)
As the spatial information industry moves from an era of data
collection to one of data maintenance, new integration methods to
consolidate or to update datasets are required. These must reduce the
discrepancies that are becoming increasingly apparent when spatial
datasets are overlaid. It is essential that any such methods consider
the quality characteristics of, firstly, the data being integrated and,
secondly, the resultant data. This research develops techniques that
give due consideration to data quality during the integration process.
Applicable to any overlaid vector datasets, they enable preservation of
spatial integrity constraints and generate updated quality parameters. |
| Thursday 3
April |
Denis
Driscoll Theatrette, Doug McDonell Building |
Lucy Ann Spottiswood
Department of Geomatics |
An agent-driven virtual
environment for the simulation of land-use decision making
(PhD completion)
This
research investigates the use of a virtual decision-making environment
as a tool for better understanding individual land-use choice
behaviour. A series of quantitative and qualitative experiments were
conducted to determine the extent to which subjects’ land-use decisions
were affected by varying the visual and social context (as represented
by a 3D visualisation and agent-based model) provided in the virtual
environment. The extent to which people's values were correlated with
their land-use choices was also investigated. |
| Thursday 20
March |
Denis
Driscoll Theatrette, Doug McDonell Building |
Anna Boin
Department of Geomatics |
Exposing Uncertainty:
Communicating fitness for use for spatial data over
the Internet
(PhD completion)
After decades of research into spatial data quality, there has been
very
little empirical research conducted into how consumers really determine
whether data is suitable for them. Theories were drafted in
workshops on quality in the early 1980s but since then spatial data has
moved from the specialist domain to the everyday Internet
user.
This research has investigated consumer perceptions and reasoning, and
consequently suggests some concise strategies for communicating quality
to consumers that would obtain data through the Internet.
|
| Thursday 13 March |
Denis Driscoll Theatrette,
Doug McDonell Building |
Mohsen Kalantari
Department of Geomatics |
Cadastral Data
Modeling - A Tool for E-Land Administration
(PhD completion)
Electronic administration of land is challenged by increasing needs of
clients for land information and by creation of new land related
commodities and interests. Existing administration systems, including
the latest ICT enabled systems, are not sufficiently flexible to
accommodate these new interests and commodities. Nor do they respond to
the needs of end users. This research will develop a new cadastral data
model that incorporates a broader range of interests and commodities
and satisfies the emerging demands of users. |
| Thursday 6 March |
Theatre C1, Geomatics |
Faisal Masood
Qureshi
Department of Geomatics |
Facilitating Urban Planning
& Management Through Local SDI Design & Development |
| Thursday 28 February |
Theatre C1, Geomatics |
Mingzheng Shi
Department of Geomatics |
Automated Information Fusion
of Centralized and Decentralized Spatial Datasets (PhD confirmation) |
| Thursday 21 February |
Theatre C1, Geomatics |
Anna Donets
Department of Geomatics |
Solving multipath problems in
GPS structural monitoring |
| Thursday 14 February |
Theatre C1, Geomatics |
Ida Jazayeri
Department of Geomatics |
Image-Based Modelling for
Object Reconstruction |
| Thursday 7 February |
Theatre C1, Geomatics |
Paul Grgich
Department of Geomatics |
Improved
Processing Models for Network Kinematic GPS Positioning in Sparse
Networks
(PhD completion)
Network Kinematic GPS can realise centimetre level positioning
accuracies using regional networks of reference stations (CORS), with
typical separations of up to 70km. This spacing is not practically
feasible across large regions such as Australia. To overcome this
limitation and expand the utility of GPS, this research developed
algorithms to accurately determine GPS biases at CORS sites using
undifferenced processing techniques. Results indicate that accurate
position solutions can be computed at rover sites that are over 100km
from CORS sites. |
| Thursday 24 January |
Theatre C1, Geomatics |
Zaffar Sadiq
Department of Geomatics |
Modeling spatial variation of
data quality in databases (PhD completion) |
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