| Preface |
| |
Dirk Behrend et al. |
Preface |
| Session 1. Evolution of the VGOS Network |
| |
Chopo Ma et al. |
The Impact of NASA's SGP and USNO on VGOS |
| |
Line Langkaas, Anne Jørgensen |
UN Resolution About the Importance of Geodesy |
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Hayo Hase, Felipe Pedreros |
The Most Remote Point Method for the Site Selection of the Future VGOS Network |
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Bill Petrachenko et al. |
VGOS Observing Plan |
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Jesús Gómez-González et al. |
An Atlantic Network of Geodynamical and Space Stations |
| |
Alexander Ipatov et al. |
Russian VLBI System of New Generation |
| |
Guangli Wang |
An Introduction to the Sheshan VGOS Station Project |
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Yoshihiro Fukuzaki et al. |
Construction of a VGOS Station in Japan |
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Tobias Nilsson et al. |
Atmospheric Modeling in the Data Analysis of Twin Telescope Observations |
| Session 2. Technology Development for VGOS |
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Jim Lovell et al. |
Dynamic Observing in the VGOS Era |
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Alexander Neidhardt et al. |
Developments for the Automation and Remote Control of the Radio Telescopes of the Geodetic Observatory Wettzell |
| |
Christopher Beaudoin et al. |
A Cost and Complexity Survey on Emerging Technologies for the VGOS |
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Miroslav Pantaleev et al. |
Broadband Feeds for VGOS |
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José Antonio López-Fernández et al. |
A Dual-Circular Polarization Broadband Feed for Ring Focus Configuration |
| |
Christopher Beaudoin |
Design of a Circularly-Polarized VGOS Frontend for Simplified Mixed-Mode VLBI Observations |
| |
Mamoru Sekido et al. |
Development of a Wideband VLBI System (GALA-V) |
| |
Evgeny Nosov et al. |
Current Development State of the Russian VLBI Broadband Acquisition System |
| |
Gino Tuccari et al. |
DBBC3: An EVN and VGOS All-inclusive VLBI System |
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Roger Cappallo |
Correlating and Fringe-fitting Broadband VGOS Data |
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Arthur Niell et al. |
VGOS Operations and Geodetic Results |
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Gennadii Ilin et al. |
WVRs for the "Quasar" Network |
| |
Hong Ma et al. |
Research on Deep Space TT&C VLBI Digital Baseband Converting Methods Based on Parallel Down-conversion |
| |
Pablo de Vicente et al. |
Control System and Tests for the 13.2-m RAEGE Antenna at Yebes |
| |
José Antonio López-Pérez |
A Tri-band Cryogenic Receiver for VGOS Radio Telescopes |
| |
Alexander Ipatov et al. |
Tri-band System for the Russian Interferometer |
| |
Jan Kodet et al. |
The New Phase-calibration System of the Geodetic Observatory Wettzell |
| |
Alan Whitney et al. |
Mark 6 16-Gbps Next-Generation VLBI Data System |
| |
Ilya Bezrukov et al. |
Russian Data Recording System of New Generation |
| |
Alexey Melnikov et al. |
First Fringes with BRAS on VLBI Network "Quasar" |
| |
Shaojie Wei et al. |
Research on VLBI Digital Baseband Converting Methods Combining the Efficient Uniform Channelization
with the Orthogonal Mixing |
| Session 3. Stations, Correlators, and Operations Centers |
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Gerhard Kronschnabl et al. |
Status of the Wettzell Radio Telescope Triple and the O'Higgins VLBI System at Antarctica |
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Takahiro Wakasugi, Ryoji Kawabata |
Status Report on the Tsukuba VLBI Station |
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Leif Morten Tangen |
New Geodetic Observatory in Ny-Ålesund |
| |
Axel Nothnagel et al. |
Gravitational Deformation Effects: The Yebes 40-m Telescope Case |
| |
Tong Ning et al. |
Determination of the Telescope Invariant Point and the Local Tie Vector at Onsala using GPS Measurements |
| |
Jinling Li, Fuwen Xiong |
Local Survey at the Shanghai Tianma 65-m Antenna |
| |
Alexander Ipatov et al. |
Co-location of Space Geodetic Techniques at the "Quasar" VLBI Network Observatories |
| |
Niko Kareinen |
Going Digital – The Transition from Mark IV to DBBC at Onsala |
| |
Voytsekh Ken et al. |
Design of a VGOS Software Correlator Based on GPUs |
| |
Weimin Zheng et al. |
Software Correlator in the Chang'E-3 Mission |
| |
Jim Lovell et al. |
Southern Hemisphere Geodesy and Astrometry with AUSTRAL |
| |
Dirk Behrend et al. |
CONT14: Preparation and Prospects |
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Cynthia Thomas et al. |
Evolution of the Geodetic Media Pool |
| |
Rüdiger Haas et al. |
Twin Telescope and Tide Gauge Plans for the Onsala Space Observatory |
| |
Guillermo Gancio et al. |
Development of an Electromagnetic Interference Monitor from 1 GHz to 18 GHz |
| |
Renjie Zhu et al. |
A New Generation of Platforms for CDAS |
| |
Jiangying Gan et al. |
VLBI Data Playback in FPGA |
| |
Wu Jiang et al. |
Recent Geodetic Activities of the Shanghai VLBI Correlator |
| |
Zhijun Xu et al. |
Hardware Correlator Development at SHAO |
| |
Shaoguang Guo et al. |
Control System and Visualization of the VLBI Hardware Correlator at SHAO |
| |
Maoli Ma et al. |
The XF-Type Correlator for Delta-DOR in Deep Space Navigation |
| Session 4. Progress in Data Structure, Software Development, and Analysis Strategies |
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Sabine Bachmann et al. |
IVS Combination Center at BKG: ITRF2013 Preparations and Source Position Combination |
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John Gipson |
IVS Working Group IV and the New Open Format Database |
| |
Sergei Bolotin et al. |
The VLBI Data Analysis Software νSolve: Development Progress and Plans for the Future |
| |
Johannes Böhm et al. |
Vienna VLBI Software: Current Release and Plans for the Future |
| |
Alexander Neidhardt, Arnaud Collioud |
Real-time Data Streams from "e-RemoteCtrl" to Central VLBI Network Status Monitoring Services Like IVS Live |
| |
Karen Baver, John Gipson |
Balancing Sky Coverage and Source Strength in the Improvement of the IVS-INT01 Sessions |
| |
Sebastian Halsig et al. |
VLBI Analyses using Covariance Information from Turbulence Models |
| |
Sergei Kurdubov, Gennadii Ilin |
Using External Tropospheric Delay in VLBI Data Processing |
| |
David Eriksson et al. |
Troposphere Delay Raytracing Applied in VLBI Analysis |
| |
Armin Hofmeister, Johannes Böhm |
Ray-traced Delays in the Atmosphere for Geodetic VLBI |
| |
Tobias Nilsson et al. |
Tropospheric Modeling for the Intensive Sessions |
| |
Matthias Madzak et al. |
A New Empirical Ocean Tide Model for Improved High-Frequency Earth Rotation Variations |
| |
Maria Karbon et al. |
ERP Estimation using a Kalman Filter in VLBI |
| |
Jia Wang et al. |
Analysis of Error Sources of Very Long Baseline Interferometry in Deep Space Exploration |
| |
Ke Xu et al. |
A DOR Signal Correlation Processing Method |
| |
Dong Zhang et al. |
Algorithm and Simulation Analysis of VLBI Data Correlation Processing |
| Session 5. VLBI Results and Their Geodetic/Astrometric Interpretation |
| |
Oleg Titov et al. |
First Geodetic Results from the Australasian VLBI Network |
| |
Sergei Kurdubov, Alexey Melnikov |
Comparison of Russian Ru-U and IVS Intensive Series |
| |
Vadim Gubanov, Sergei Kurdubov |
Some New Results of the VLBI Data Analysis in the IAA RAS |
| |
Robert Heinkelmann et al. |
The GFZ VLBI Solution: Characteristics and First Results |
| |
Denise Dale et al. |
A Strategic Independent Geodetic VLBI Network for Europe |
| |
Hana Krásná et al. |
Axis Offset Estimation of VLBI Telescopes |
| |
Torsten Lossin et al. |
The Usage of Recursive Parameter Estimation in Automated Reference Point Determination |
| |
Hana Krásná, Johannes Böhm |
Impact of Seasonal Surface Displacement on Earth Rotation and Global Reference Frames |
| |
Cuixian Lu et al. |
IVS Rapid Tropospheric Parameter Re-combination and Comparison with GNSS Products |
| |
Anastasia Girdiuk, Oleg Titov |
Plan and Schedule VLBI Observations of Close Approaches of Jupiter to Compact Extragalactic Radio Sources in 2016 |
| |
Jing Sun et al. |
Simulations of Minimum Elongation from the Sun |
| |
Benedikt Soja et al. |
Investigations of the Solar Corona by VLBI |
| |
Nicole Capitaine, Jia-Cheng Liu |
The Evaluation of the Earth's Dynamical Flattening Based on the IAU Precession-nutation and VLBI Observations |
| |
Anastasia Girdiuk et al. |
An Alternative Model of the Gravitational Delay |
| |
Ludwig Combrinck |
Space Geodesy, VLBI, and the Fourth Pillar of Geodesy – Spacetime Curvature |
| |
David Gordon |
Revisiting the VLBA Calibrator Surveys for ICRF3 |
| |
John Gipson et al. |
The NASA Goddard Group's Source Monitoring Database and Program |
| |
Karine Le Bail et al. |
Evaluation of the Stability of ICRF2 in the Past Five Years Using the Allan Variance |
| |
Sergei Kurdubov, Elena Skurikhina |
On the Selection of Core Sources |
| |
Julian Andres Mora-Diaz et al. |
Modeling Special Handling Source Positions in the GFZ VLBI Solution |
| |
Virginia Raposo-Pulido et al. |
Datum Effects on the Stability of the Celestial Reference Frame Determined by VLBI |
| |
Minghui Xu et al. |
The Acceleration of the Origin of the ICRF |
| |
Romuald Bouffet et al. |
Effects of AGN Jet Evolution on VLBI Astrometric Positions |
| |
Stanislav Shabala et al. |
Simulating the Effects of Quasar Structure on VLBI Observations |
| |
Sayan Basu et al. |
Multi-epoch Study of Source Morphology in the Southern Hemisphere |
| Session 6. New Horizons for VLBI |
| |
Aletha de Witt et al. |
Completing the K-band Celestial Reference Frame in the Southern Hemisphere |
| |
Andreas Iddink et al. |
Combining Datum-free Normal Equation Systems and Solutions with Full Covariance Information for
Upcoming CRF Realizations |
| |
Andreas Hellerschmied et al. |
Observing Satellites with VLBI Radio Telescopes |
| |
Jan Kodet et al. |
Co-locations of Space Geodetic Techniques on Ground and in Space |
| |
Rüdiger Haas et al. |
The Wettzell–Onsala G130128 Experiment |
| |
Li Liu et al. |
New Progress in VLBI Tracking of GNSS Satellites at GFZ |
| |
Benjamin Männel et al. |
GLONASS Satellites Simultaneously Observed by VLBI, GNSS and SLR |
| |
Weimin Zheng et al. |
Real-time and High-Accuracy VLBI in the CE-3 Mission |
| |
Geshi Tang et al. |
Research on Lunar Radio Measurements by Chang'E-3 |
| |
Tian-Peng Ren et al. |
Phase-based Radiometric System in Lunar Radio Measurements |
| |
Songtao Han et al. |
VLBI Software Correlator at the Interferometric Tracking Center of the China Deep Space Network |
| |
Alexander Gusev et al. |
Radio Navigation Beacons on the Moon, Lunar Geodetic VLBI System, Physical Libration of the Moon for
Chang'E-3/4, Luna-Glob, Luna-Resource and SELENE-2 Projects |
| |
Minghui Xu, Guangli Wang |
On the Definition of Aberration |
| |
Elisabeth Parselia et al. |
Earth Rotation Determination by Combining Ring Laser Gyroscopes and VLBI |