Conference and Seminar Proceedings
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3rd IAG Symposium on Geodecy for Geotechnical Structural
Engineering &
12th FIG Sympoisum on Deformation and Measurement
22-24 May in Baden,
Austria
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Organised by: |
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Prof. Heribert Kahmen
Research Group of Engineering Geodesy
Inst. of Geodesy and Geophysics
Vienna University of Technology
Vienna, Austria |
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Prof. Adam Chrzanowski
Canadian Centre for Geodetic Engineering
Dept. of Geodesy & Geomatics Engineering
University of New Brunswick
Fredericton, Canada |
Local Organizing Committee: |
Chairman:
Secretary: Members:
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Dr. Günther Retscher
Dr. Andreas Eichhorn
Dr. Johannes Fabiankowitsch,
Dr. Michaela Haberler-Weber,
Dr. Alexander Reiterer
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Scientific Committee: |
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Klaus Chmelina, Austria
Xiaoli Ding, Hong Kong
Naser El-Sheimy, Canada
Dorota Grejner-Brzezinska, USA
Svend Kold Johansen, Denmark
Gyula Mentes, Hungary
John Bosco Miima, Germany
Esmond Mok, Hong Kong
Wolfgang Niemeier, Germany
Witold Proszynski, Poland
Chris Rizos, Australia
Gethin Roberts, UK
Matthew Tait, Canada
Maria Tsakiri, Greece
Cecilia Whitaker, USA
Zhenglu Zhang, China |
Co-sponsored by: |
![](http://eib.fig.net/resources/proceedings/2006/baden_2006_comm6/iag.jpg) |
IAG Sub-Commission 4.2 |
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FIG Working Group 6.1 |
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Proceedings |
OC Opening Ceremony |
Tasks and Achievements of the FIG Working Group on
Deformation Measurements and Analysis
Adam Chrzanowski
[ paper ]From Idea to
Reality: The Case Study of a New Deformation Monitoring Technology
Chris Rizos
[ paper ]
Driving Burj Dubai Core Walls with an advanced Data Fusion System
Joël van Cranenbroeck
[ paper ] |
LCS Large Construction Sites |
Combined Levelling Systems for the Vertical Monitoring of
a Large Physics Experiment
J.-C. Gayde, A. Herty, H. Mainaud Durand, C.
Lasseur
[ paper ]Design and Implementation
of a Real Time GPS Network for the Metropolitan Water District of Southern
California
C. Whitaker, Y. Bock, G. Offield
[ paper ]
Application of Network TPS Intelligent Monitoring System in Subway
Structure Deformation Monitoring
H. Bao, D. Zhao, Z. Fu, J. Zhu, F. Sun,
J. Wei
[ paper ] |
PGO1 Open Pit / Gas / Oil I |
Accuracy Evaluation of Geodetic Monitoring of
Deformations in Large Open Pit Mines
A. Chrzanowski, R. Wilkins
[ paper ]Shallow and Deep
Compaction: a View From the Surface
I.C. Kroon, B.-L. Nguyen, P.A. Fokker
[ paper ]
Four Dimensional Monitoring of Ground Subsidence in Kawasaki, Japan, by
repeated GPS survey
Y. Fujii, Y. Shinde
[ paper ]
Subsidence prediction caused by the oil and gas development
A. Sroka, R. Hejmanowski
[ paper ] |
PGO2 Open Pit / Gas / Oil II |
A DEM-Free Approach to Persistent Point Scatterer
Interferometry
M. Warren, A. Sowter, R. Bingley
[ paper ]Coupled application of geotechnical and geodetical slope
movement monitoring
J. Zalesky, M. Bohadlova, M. Bubenicek, M. Zalesky,
P. Hanek, P. Hanek Jr.,
F. Bubenik
[ paper ]
Vertical movements in the Grado Lagoon (Italy) measured with various
methods
C. Marchesini
[ paper ]
Vertical movements from levelling, gravity and GPS measurements
N. Hatjidakis, D. Rossikopoulos
[ paper ] |
GPS1 GPS / Pseudolites I |
Application of Full Roving GPS Observation Strategy for
Monitoring Local Movements
L. Banyai
[ paper ]
Experimental Study of GPS Multipath Day-to-day
Repeatability
P. Zhong, X.L. Ding, W.J. Dai, D.W. Zheng,
W. Chen, Y.Q. Chen
[ paper ]
GNSS/GPS/LPS based Online Control and Alarm System (GOCA)-Mathematical
Models and Technical Realisation of a System for Natural and
Geotechnical Deformation Monitoring and Analysis
R. Jäger, S. Kälber, M. Oswald, M. Bertges
[ paper ]
Treatment of Diffraction Effects Caused by Moutain
Ridges
R. Klostius, A. Wieser, F.K. Brunner
[ paper ] |
GPS2 GPS / Pseudolites II |
Structural Deformation Monitoring using Locata’s
Radio-Location Technology
J. Barnes, C. Rizos, M. Kanli, A. Pahwa, J.v. Cranenbroeck
[ paper ]
High-sensitivity GNSS: The trade-off between
availability and accuracy
A. Wieser
[ paper ]
Pseudolite-augmented gps survey technique for
deformation monitoring: analysis and experimental study
Y. Chen, X. He
[ paper ]
Integration of gps and pseudolites – effect on height
determination accuracy
Z. Rzepecka, A. Wasilewski, S. Cellmer, J. Rapiński
[ paper ]
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LCM Landslides / Crustal
Movements |
Do Deep-Seated Landslides Share Common Kinematic Characteristics?
S.I. Pytharouli, V.A. Kontogianni, P.A. Psimoulis,
S.C. Stiros
[ paper ]
Determination of Site Motions in the vicinity of the
Erft fault in the Lower Rhine Embayment
B. Görres, H. Kuhlmann
[ paper ]
The stability of rock blocks in the Moravian karst
V. Hanzl, A. Paseka
[ paper ]
Coulomb Stress Changes in the Gulf of Corinth (Greece)
for the 1992-1995 Period
C. Mitsakaki, K. Papazissi, M. Sakellariou, A. Marinou,
D. Tsinas
[ paper ]
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MST1 Monitoring of
Structures I |
Permanent Automatic Monitoring of Historical
Ecclesiastical Architecture
K. Foppe
[ paper ]
Determination of deformations of the ancient temple of
Zeus in Nemea, Greece
E. Telioni, G. Georgopoulos, C. Skliri, C. Zambas
[ paper ]
Structural monitoring with GPS and accelerometers: the
chimney of the power plant in Piacenza, Italy
N.E. Cazzaniga, L. Pinto, F. Bettinali, A. Frigerio
[ paper ]
Monitoring the Behaviour of Very Tall Structures under
the Action of Non-uniform Sunlight. The Case of a 350 m High
Chimneystack From Baia Mare, Romania
G.M. Radulescu, A.T.G. Radulescu
[ paper ]
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MST2 Monitoring of
Structures II |
A Concept for Monitoring Wind Energy Turbines with
Geodetic Techniques
C. Hesse, R. Heer, S. Horst, H. Neuner
[ paper ]
Geometrical survey of compact antenna test ranges using
laser tracker technology
M. Juretzko, E. Richter
[ paper ]
Investigation of the deformation and movements of
objects caused by Earth tides
G. Mentes
[ paper ]
Experimental monitoring of oscillations of major
flexible structures using GPS and RTS
P.A. Psimoulis, S.I. Pytharouli, P. Triantafyllidis,
S.C. Stiros
[ paper ]
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AOD Instrumentation &
Analysis of Deformations |
Deformation Analysis with Knowledge and Fuzzy Based
Systems
K. Chmelina, A. Eichhorn, M. Haberler-Weber, H. Kahmen
[ paper ]
Fuzzy System Based Analysis of Deformation Monitoring
Data at Eiblschrofen Rockfall Area
M. Haberler-Weber, M. Huber, T. Wunderlich, C. Kandler
[ paper ]
From a fully automated structure monitoring to a neural
network data inference: The Fallersleber Torbrücke in Braunschweig 1999
– now
M. Heinert, S. Reiser, W. Niemeier
[ paper ]
Deformation Measurements of Landslides in Swabian Alb
-Research Projekt InterRisk-
W. Schauerte, R. Bell, T. Glade, H. Kuhlmann
[ paper ]
Application of a Multi-Parameter Transformation for
Deformation Monitoring of a Large Structure
W.F. Teskey, B. Paul, J.W. Lovse
[ paper ]
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MOD1 Modelling of
Deformations I |
Analysis of dynamic deformation processes with adaptive
Kalman-filtering
A. Eichhorn
[ paper ]
An alternative approach in metrological network
deformation analysis employing kinematic and adaptive methods
A. Lippitsch, C. Lasseur
[ paper ]
Continuum Mechanics as a Support for Deformation
Monitoring, Analysis and Interpretation
A. Szostak-Chrzanowski, W. Prószynski, W. Gambin
[ paper ]
Application of Unscented Kalman Filter for Non-linear
Estimation in Deformation Monitoring
D. Zhao, C. Zhang, H. Bao, Z. Cai, Q. Wang
[ paper ]
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MOD2 Modelling of
Deformations II |
Douglas-Peucker and Visvalingam-Whyatt Methods in the
Process of Large Sets of Observation Results Reduction
W. Blaszczak, W. Kamiński
[ paper ]
Statistical and Spatial Analysis of Displacements
K. Bojarowski
[ paper ]
Congruence Tests and Outlier Detection in Deformation
Analysis with Respect to Observation Imprecision
I. Neumann, H. Kutterer
[ paper ]
On the Detection of Change-Points in Structural
Deformation Analysis
H. Neuner, H. Kutterer
[ paper ]
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MOD3 Modelling of
Deformations III |
Datum Definition and its Influence on the Sensitivity of
Geodetic Monitoring Networks
G. Even-Tzur
[ paper ]
GPS Monitoring Networks: Interval-based description of
measurement uncertainties due to remaining systematics
S. Schön, H. Kutterer
[ paper ]
High Accuracy Deformation Monitoring of Space Structures
by Heuristic Simulation
J. Amiri Parian, A. Gruen, A. Cozzani
[ paper ]
Web Application to Deformation Analysis of Repeated
Geodetical Mea-surement Using WMS
M. Talich
[ paper ] |
LS1 Laserscanning I |
Optimization and Strength Aspects for Geo-referencing
Data with Terrestrial Laser Scanner Systems
I. Elkhrachy, W. Niemeier
[ paper ]
Laser scanning for geotechnical engineering
I. Kohousek
[ paper ]
Metrological Aspects in Terrestrial Laser-Scanning
Technology
H. Ingensand
[ paper ]
Calibration of Terrestrial Laser Scanners for the
Purposes of Geodetic Engineering
Y. Reshetyuk
[ paper ]
3D Surveying for Structural Analysis Applications
A. Guarnieri, F. Pirotti, M. Pontin, A. Vettore
[ paper ]
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LS2 Laserscanning II |
Terrestrial Laser System Testing using Reference Bodies
M. Zámečníková, A. Kopáčik
[ paper ]
Terrestrial laser scanning for area based deformation
analysis of towers and water dams
D. Schneider
[ paper ]
Deformation measurements at historical buildings with
the help of three-dimensional recording methods and two-dimensional
surface evaluations
H. Sternberg
[ paper ]
3D model Generation for Deformation Analysis using Laser
Scanning data of a Cooling Tower
C. Ioannidis, A. Valani, A. Georgopoulos, E. Tsiligiris
[ paper ]
Terrestrial Laser Scanning for Deformation Monitoring
M. Tsakiri, D. Lichti, N. Pfeifer
[ paper ]
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MDA Monitoring of Dams |
Analysis of Geodetic Data of “Djerdap I” (Iron Gate) Dam on Danube,
Serbia and Montenegro
Z. Nestorović, D. Maksimović
[ paper ]Statistical analysis and displacement determination using
different GPS sessions. An application on Dam of Thesarus
N. Hatjidakis, I. Michailidis, G. Nakas, C.
Pikridas, D. Rossikopoulos, L. Sakkos
[ paper ]
Direct GPS Measurement of Koyna Dam Deformation during Earthquake
N. Radhakrishnan
[ paper ]
Relation between Monitoring and Design Aspects of Large Earth Dams
A. Szostak-Chrzanowski, M. Massiera
[ paper ] |
NCP Navigation of
Construction Processes |
Geodetic Techniques for the Navigation, Guidance and Control of
Construction Processes
W. Niemeier
[ paper ]Steering Problems and Solutions During Construction of Roads
H. Kuhlmann, H. Heister
[ paper ]
1D and 3D Systems in Machine Automation
W. Stempfhuber
[ paper ] |
MTU Monitoring of Tunnels |
Surface deformation monitoring in tunnel S2 of the EGNATIA highway
S. Karamitsos, I. Kotsis, V. Gikas, A.
Alivizatos
[ paper ]Determining the Displacement Occurred in the Tunnels Using
Different Measurement and Finite Elements Methods: a Case Study for
Trabzon-2 Tunnel, in Turkey
M. Yalcinkaya, B. Satir, M. Akköse
[ paper ]
Uncertainty in tacheometric measurement of convergences in tunnels
M. João Henriques, J. Casaca
[ paper ] |
NMM Navigation / Mobile
Mapping |
Enhanced Kinematic Positioning Methods by Shaping Filter Augmentation
K. Ramm
[ paper ]Sensitivity Analysis as a General Tool for Model
Optimisation – Examples for Trajectory Estimation
V. Schwieger
[ paper ]
Multi-sensor personal navigator supported by human motion dynamics
model
D.A. Grejner-Brzezinska, C. Toth, S. Moafipoor,
Y. Jwa, J. Kwon
[ paper ] |
MBR Monitoring of Bridges |
Automatic Measurement System for Crane Measurement
A. Kopáčik, P. Kyrinovič
[ paper ]A remote deformation monitoring system for a cable-stayed
bridge using wireless Internet-based GPS technology
H. Li, J. Ou
[ paper ]
GPS Deflection Monitoring of the West Gate Bridge
N. Raziq, P. Collier
[ paper ]
Deflection Monitoring and Frequency Analysis of the Forth Road Bridge
using GPS
G.W. Roberts, C.J. Brown, X. Meng
[ paper ] |
ISR1 InSAR I |
Analysis Tools for Differential SAR Interferometric Data
M. Crosetto, J.A. Gili, E. Biescas, M. Agudo,
O. Monserrat, B. Crippa
[ paper ]PSInSAR: Using Satellite Radar Data to Measure Surface
Deformation Remotely
A. Ferretti, S. Cespa, F. Novali, D. Perissin,
F. Rocca, C. Prati
[ paper ]
Three-dimensional Surface Displacement Field of the Mw 7.6, 8 October
2005, Kashmir Earthquake Inferred From ENVISAT SAR Amplitude
Mea-surements
L. Ge, H. Wang, C. Rizos
[ paper ]
D-InSAR Monitoring of Ground Deformations in a Geothermal Area in
Kyushu, Japan
M. Omura, S. Kobayashi, K. Koike, N. Tomiyama
[ paper ] |
ISR2 InSAR II |
Monitoring Slope Deformation by Means of Satellite-Borne Radar
Interferometry
T. Nagler, H. Rott
[ paper ]Ground-based radar interferometry for monitoring unstable
slopes
M. Pieraccini, G. Luzi, D. Mecatti, L. Noferini,
G. Macaluso, C. Atzeni
[ paper ]
Application of SAR interferometric techniques for surface deformation
monitoring
U. Wegmüller, C. Werner, T. Strozzi, A. Wiesmann
[ paper ] |
O3D Optical 3D Systems |
A new Geodetic methodology for the accurate Documentation and Monitoring
of inaccessible surfaces
Ε. Lambrou, G. Pantazis
[ paper ]Displacement Monitoring at the Micron Level Using Digital
Photogrammetry
L. Tournas, M. Tsakiri, M. Kattis
[ paper ]
Object Monitoring/Reconstruction with Automated Image-based
Measurement Systems
A. Reiterer
[ paper ] |
Poster Session |
Application of Modern Communication Approaches in Remote Monitoring and
Controlling of Automatic Surveying
H. Bao, D. Zhao, F. Sun, Z. Fu, J. Zhu,
J. Li
[ paper ]Fusion of GPS and L1 Pseudolites for Structural Deformation
Monitoring
J. Barnes, C. Rizos, M. Kanli, A. Pahwa,
D. Grejner-Brzezinska
[ paper ]
A new GPS Baseline Processing Algorithm for Engineering Surveys
S. Cellmer
[ paper ]
Preliminary Test of GPS+PL Positioning Algorithm for Engineering
Geodesy
S. Cellmer, J. Rapinski, Z. Rzepecka
[ paper ]
Fully Automated Monitoring of Deformations at Large Open Pit Mines –
Problems and Solutions
A. Chrzanowski, G. Bastin, J. Bond, R. Wilkins
[ paper ]
Monitoring Deflection of Vertical Surfaces Using GPS
N. Raziq, P. Collier
[ paper ]
InSAR and Its Contribution to Surveying and Geodesy
X. Ding
[ paper ]
The Influence of Geophysical Measurements Applications on Land Use
Attractor
M. Gerus-Gosciewska
[ paper ]
Influence of Measurement Points Positioning on Accuracy of
Interpolation Surfaces
D. Gosciewski
[ paper ]
Traffic Flow Monitoring from Airborne LiDAR/CCD Data
D.A. Grejner-Brzezinska, C.K. Toth, S. Moafipoor,
E. Paska, N. Csanyi
[ paper ]
High-Resolution Airborne LiDAR/CCD Mapping of San Andreas Fault
C. Toth, D.A. Grejner-Brzezinska, M. Bevis
[ paper ]
Post mining deformation monitoring based on Satellite Radar
Interferometry (InSAR)
E. Popiołek, A. Krawczyk
[ paper ]
GNSS for Structural Deformation and Deflection Monitoring:
Implementation and Data Analysis
X. Meng, G.W. Roberts, A.H. Dodson, S. Ince,
S. Waugh
[ paper ]
Investigation of the connection between recent tectonic movements and
landslides at the high loess wall on the bank of river Danube
G. Mentes
[ paper ]
Coherent radar for measuring dynamic and static deformations of
architectural structures
M. Pieraccini, M. Fratini, F. Parrini, C. Atzeni
[ paper ]
Analysis of the GPS monitoring record of the Forth Road Bridge in
Scotland
S. Pytharouli, X. Meng, S. Stiros, G.W. Roberts
[ paper ]
A Multi-Sensor Personal Positioning System for Combined
Indoor/Outdoor Environments
G. Retscher, M. Thienelt
[ paper ]
Modelling physical correlation of GPS phase observations: First
results
S. Schön, F.K. Brunner
[ paper ]
Comparison of correction models for distance dependent systematic
effects in GPS monitoring networks with large height differences
S. Schön
[ paper ]
Folding of Moho and GPS survey in Tibet
Y.H. Shin, H. Xu, P.H. Park, J.U. Park
[ paper ]
Low Cost Monitoring System in the Open Pit Lignite Mines of
Megalopoli, Greece
H. Zahariadis, M. Tsakiri
[ paper ]
Structural Monitoring Applications with the New Leica NIVEL200 Dual
Axis Inclination Sensor
J.v. Cranenbroeck, M. Rutschmann
[ paper ]
Application of Difference Methods in Surveying
D. Zhao, X. Wu, H. Bao, Z. Cai, S. Li
[ paper ]
Photogrammetric 3-D Digitizing for Deformation Analysis – New
Developments and Applications
J. Peipe, J. Reinking, C.-T. Schneider
[ paper ] |
List of First Authors |
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K –L
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Note: Lists of first authors are .pdf files with links to papers. If you have a
problem with linked .pdf files please use the session files that have links from
.htm file. |
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The title page has been designed by Alexander Reiterer. We
acknowledge the use of the pictures of Leica Geosystems (Heerbrugg,
Switzerland).
© 2006, Research Group of Engineering Geodesy, Institute of
Geodesy and Geophysics,
Vienna University of Technology, Gusshausstrasse 27-29, A 1040 Wien, Tel.: +43 1
58801 12804
Layout: Michaela Haberler-Weber, Alexander Reiterer and Andreas Eichhorn
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