| 1. Realization and New Perspectives of VLBI2010 |
| |
Bill Petrachenko |
VLBI2010: An Overview |
| |
Richard Porcas |
VLBI2010: The Astro-Geo Connection |
| |
Brian Corey |
Differences Between VLBI2010 and S/X Hardware |
| |
Niell et al. |
The NASA VLBI2010 Proof-of-concept Demonstration and Future Plans |
| |
Gino Tuccari et al. |
DBBC VLBI2010 |
| |
Hayo Hase et al. |
Differences Between S/X and VLBI2010 Operation |
| |
Christopher Beaudoin, Arthur Niell |
Post-correlation Processing for the VLBI2010 Proof-of-concept System |
| |
Thomas Hobiger et al. |
GPU Based Software Correlators – Perspectives for VLBI2010 |
| |
Arnaud Collioud, Patrick Charlot |
VLBI2010 Imaging and Structure Corrections |
| |
Jim Lovell et al. |
The AuScope Project and Trans-Tasman VLBI |
| |
Atsutoshi Ishii et al. |
Current Status of the Development of a Transportable and Compact VLBI System by NICT
and GSI |
| |
Oleg Titov |
VLBI2020: From Reality to Vision |
| |
John Dickey |
How and Why to Do VLBI on GPS |
| |
Vincenza Tornatore et al. |
Planning of an Experiment for VLBI Tracking of GNSS Satellites |
| 2. Network Stations, Operation Centers, Correlators |
| |
John Gipson |
An Introduction to Sked |
| |
Cynthia Thomas et al. |
The Composition of the Master Schedule |
| |
John Gipson et al. |
Coordinating, Scheduling, Processing and Analyzing IYA09 |
| |
Hyunhee Ju et al. |
The State and Development Direction of the Geodetic VLBI Station in Korea |
| |
Jesús Gómez González et al. |
RAEGE: An Atlantic Network of Geodynamical Fundamental Stations |
| |
Andrey Finkelstein et al. |
The New Generation Russian VLBI Network |
| |
Line Langkaas et al. |
New Fundamental Station in Ny-Ålesund |
| |
Sergei Gulyaev et al. |
Characterization and Calibration of the 12-m Antenna in Warkworth, New Zealand |
| |
Rüdiger Haas, Sten Bergstrand |
COLD MAGICS – Continuous Local Deformation Monitoring of an Arctic Geodetic Fundamental
Station |
| |
Axel Nothnagel et al. |
Homologous Deformation of the Effelsberg 100-m Telescope Determined with a Total
Station |
| |
Li Liu et al. |
Analysis of the GPS Observations of the Site Survey at Sheshan 25-m Radio Telescope
in August 2008 |
| |
Alexander Neidhardt et al. |
Permanent Monitoring of the Reference Point of the 20m Radio Telescope Wettzell |
| |
Benno Schmeing et al. |
Proof-of-Concept Studies for a Local Tie Monitoring System |
| |
Shigeru Matsuzaka et al. |
Ultra-rapid dUT1 Measurements on Japan-Fennoscandian Baselines – Application to
24-hour Sessions |
| |
Andrey Finkelstein et al. |
The “Quasar” Network Observations in e-VLBI Mode Within the Russian Domestic VLBI Programs |
| |
Alan Fey et al. |
Implementation and Testing of VLBI Software Correlation at the USNO |
| |
Weimin Zheng et al. |
The Software Correlator of the Chinese VLBI Network |
| |
David Gordon |
RDV77 VLBA Hardware/Software Correlator Comparisons |
| |
Igor Surkis et al. |
The IAA RAS Correlator First Results |
| |
Guifré Molera Calvés et al. |
First Results of Venus Express Spacecraft Observations with Wettzell |
| |
Oleg Titov et al. |
CRF Network Simulations for the South |
| |
Gennady Il’in et al. |
About the Compatibility of DORIS and VLBI Observations |
| 3. VLBI Data Structure, Analysis Strategies and Software |
| |
John Gipson |
IVS Working Group 4: VLBI Data Structures |
| |
Alan Whitney et al. |
VLBI Data Interchange Format (VDIF) |
| |
Sergei Bolotin et al. |
Development of a New VLBI Data Analysis Software |
| |
Hana Spicakova et al. |
Estimation of Geodetic and Geodynamical Parameters with VieVS |
| |
Halfdan Kierulf et al. |
VLBI Analysis with the Multi-technique Software GEOSAT |
| |
Thomas Hobiger et al. |
c5++ – Multi-technique Analysis Software for Next Generation Geodetic Instruments |
| |
Lucia Plank et al. |
Comparison Campaign of VLBI Data Analysis Software – First Results |
| |
Sarah Böckmann et al. |
Correlations Between the Contributions of Individual IVS Analysis Centers |
| |
Dan MacMillan et al. |
VLBI-SLR Combination Solution Using GEODYN |
| |
Susana García-Espada et al. |
Application of Raytracing through the High Resolution Numerical Weather Model HIRLAM
for the Analysis of European VLBI |
| |
Ryuichi Ichikawa et al. |
Atmospheric Delay Reduction Using KARAT for GPS Analysis and Implications for VLBI |
| |
David Gordon |
Use of GPS TEC Maps for Calibrating Single Band VLBI Sessions |
| |
Sergey Kurdubov, Elena Skurikhina |
Antenna Axis Offset Estimation from VLBI |
| |
Johannes Böhm et al. |
Prospects for UT1 Measurements from VLBI Intensive Sessions |
| |
Karen Baver, John Gipson |
Strategies for Improving the IVS-INT01 UT1 Estimates |
| |
Zinovy Malkin |
CPO Prediction: Accuracy Assessment and Impact on UT1 Intensive Results |
| |
Masachika Kijima |
Application of Geodetic VLBI Data to Obtaining Long-term Light Curves for Astrophysics |
| 4. Interpretation of VLBI Results in Geodesy, Astrometry and
Geophysics |
| |
Chopo Ma |
The Second International Celestial Reference Frame (ICRF2) |
| |
Karine Le Bail, David Gordon |
Time-dependent Selection of an Optimal Set of Sources to Define a Stable Celestial
Reference Frame |
| |
Chris Jacobs et al. |
X/Ka Celestial Frame Improvements: Vision to Reality |
| |
Vladimir Zharov et al. |
Long-term Variations of the EOP and ICRF2 |
| |
Gerald Engelhardt, Volkmar Thorandt |
Long-term Stability of Radio Sources in VLBI Analysis |
| |
Ed Fomalont et al. |
The Position/Structure Stability of Four ICRF2 Sources |
| |
Chris Jacobs et al. |
Rotational Alignment Altered by Source Position Correlations |
| |
Géraldine Bourda et al. |
Global VLBI Observations of Weak Extragalactic Radio Sources: Imaging Candidates to
Align the VLBI and Gaia Frames |
| |
María Rioja, Richard Dodson |
Astrometric “Core-shifts” at the Highest Frequencies |
| |
Victor L’vov et al. |
Forthcoming Occultations of Astrometric Radio Sources by Planets |
| |
Hayley Bignall et al. |
Finding Extremely Compact Sources Using the ASKAP VAST Survey |
| |
Younghee Kwak et al. |
The First Experiment with VLBI-GPS Hybrid System |
| |
Li Guo et al. |
Ionospheric Response to the Total Solar Eclipse of 22 July 2009 as Deduced from
VLBI and GPS Data |
| |
Robert Heinkelmann, Christian Schwatke |
The Tropospheric Products of the International VLBI Service for Geodesy and Astrometry |
| |
Joel Botai et al. |
Extracting Independent Local Oscillatory Geophysical Signals by Geodetic Tropospheric
Delay |
| |
Thomas Artz et al. |
Reliability and Stability of VLBI-derived Sub-daily EOP Models |
| |
Ulla Kallio, Markku Poutanen |
Simulation of Local Tie Accuracy on VLBI Antennas |
| |
Carsten Rieck et al. |
VLBI and GPS-based Time-transfer Using CONT08 Data |
| 5. Progress in Technology Development |
| |
Alan Whitney et al. |
The Mark 5C VLBI Data System |
| |
Kazuhiro Takefuji et al. |
Next-generation A/D Sampler ADS3000+ for VLBI2010 |
| |
Xiuzhong Zhang et al. |
VLBI Technology Development at SHAO |
| |
Renjie Zhu et al. |
The Progress of CDAS |
| |
Gino Tuccari et al. |
DBBC2 Backend: Status and Development Plan |
| |
Arthur Niell et al. |
RDBE Development and Progress |
| |
Leonid Fedotov et al. |
The Digital Data Acquisition System for the Russian VLBI Network of New Generation |
| |
Se-Jin Oh et al. |
First Phase Development of Korea-Japan Joint VLBI Correlator and Its Current Progress |
| |
Mamoru Sekido et al. |
Development of an e-VLBI Data Transport Software Suite with VDIF |
| |
Miroslav Pantaleev et al. |
Cryogenic Integration of the 2–14 GHz Eleven Feed in a Wideband Receiver for VLBI2010 |
| |
Christopher Beaudoin et al. |
Development of a Compact Eleven Feed Cryostat for the Patriot 12-m Antenna System |
| |
Alexander Ipatov et al. |
Radio Telescope Focal Container for the Russian VLBI Network of New Generation |
| |
Dmitrij Ivanov et al. |
Experiment of Injecting Phase Cal Ahead of the Feed: First Results |
| |
Bill Petrachenko |
The Impact of Radio Frequency Interference (RFI) on VLBI2010 |
| |
Alexander Neidhardt et al. |
E-control: First Public Release of Remote Control Software for VLBI Telescopes |
| |
Martin Ettl et al. |
The Wettzell System Monitoring Concept and First Realizations |
| |
Hongjong Oh et al. |
Round-trip System Available to Measure Path Length Variation in Korea VLBI
System for Geodesy |