Preface
|
|
Dirk Behrend et al.
|
Preface
|
Session 1. Building the VGOS Network
|
|
Pablo de Vicente et al.
|
The Status of RAEGE
|
|
Weimin Zheng et al.
|
Technical Progress of the Chinese VLBI Network
|
|
Evgeny Nosov et al.
|
Extending ``Quasar" VLBI-Network: VGOS-compatible Radio Telescope in Svetloe
|
|
Rüdiger Haas
|
Status of the Onsala Twin Telescopes – One Year After the Inauguration
|
|
Nataliya Zubko et al.
|
Progress and Current Status of the VGOS Project at the Metsähovi Geodetic Research Station
|
|
Philip Mey and Roelf Botha
|
Building the New VGOS Radio Telescope at Hartebeesthoek as Part of Our New Geodetic Infrastructure
|
|
Cornelia Eschelbach et al.
|
Extension and Optimization of the Local Geodetic Network at the Onsala Space Observatory
|
|
Vincenza Tornatore et al.
|
VGOS Wideband Reception and Emerging Competitor Occupations of the VLBI Spectrum
|
|
Jonas Flygare et al.
|
Design Trade-offs in Feed Systems for Ultra-wideband VLBI Observations
|
|
Jonas Flygare et al.
|
Ultra-wideband Feed Systems for the EVN and SKA - Evaluated for VGOS
|
|
Gino Tuccari et al.
|
New Observing Modes for DBBC3
|
|
Guifré Molera Calvés et al.
|
Initial Results from the MIKES-Metsähovi Time and Frequency Link for the VGOS Radio Telescope
|
Session 2. VGOS Technique and Observations
|
|
Kazuhiro Takefuji et al.
|
Development of a Wide Bandwidth VLBI System at Kashima
|
|
Takahiro Wakasugi et al.
|
Current Status of VGOS Observation with Ishioka VLBI Station
|
|
Takaaki Jike et al.
|
Current Results of the VERA K/Q-band Fringe Survey: Performance of the 8-Gbps Recording
System and its Effectiveness
|
|
Matthias Schartner and Johannes Böhm
|
VieSched++: A new Scheduling Tool in VieVS
|
|
Alexander Neidhardt et al.
|
The ``Smart Observatory" for Autonomous and Remote Observations
|
|
Alexander Neidhardt
|
Communication, Coordination, and Automation for Future Geodetic Infrastructures
|
|
Alexander Neidhardt
|
A New Generation of Wettzell's Remote Access to the NASA Field System using Web-based Techniques
|
|
Simin Salarpour et al.
|
Investigating Quasar Structure in VGOS with Simulations
|
Session 3. Legacy S/X and Mixed Legacy/VGOS Operations
|
|
Dirk Behrend et al.
|
Organizing the Continuous VLBI Campaign 2017 (CONT17)
|
|
Apurva Phogat et al.
|
Implementation and First Results of the Local Wettzell VLBI Correlator GOWL
|
|
Laura La Porta et al.
|
The Bonn Correlator: Status Report
|
|
Jakob Gruber et al.
|
VLBI Correlation Activities at TU Wien
|
|
Francisco Colomer et al.
|
Geodetic Capabilities at the JIVE SFXC Correlator
|
|
Andrew Sargent et al.
|
Washington Correlator Status 2018
|
|
Jamie McCallum and Lucia McCallum
|
An S/X Compatible VGOS System for the AuScope Array
|
|
Megan Johnson et al.
|
Half the Time: An Overview of the LBO-USNO Timeshare Agreement
|
|
Lucia McCallum et al.
|
Current Activities and Plans of the AOV - Asia-Oceania VLBI Group
|
|
Torben Schüler et al.
|
BKG CVC - The Central VLBI Observation Coordination Office of the Federal Agency for
Cartography and Geodesy at the Geodetic Observatory Wettzell
|
|
Torben Schüler et al.
|
LEVIKA SBA – Wettzell Radio-Telescope Positioning With a Tailor-Made Analysis Software
|
|
Cristoph Bürkel et al.
|
Comparison of the Masers at the Geodetic Observatory Wettzell
|
|
Torben Schüler et al.
|
Local Radio Telescope Ties from the Wettzell Precision Engineering Surveying Network
|
|
Marisa Nickola et al.
|
Antenna Parameters and Local Tie between HartRAO 15-m and 26-m Antennas
|
Session 4. VLBI Core Products and Their Improvements
|
|
Daniel MacMillan et al.
|
Galactic Aberration in VLBI Analysis: Findings of IVS WG8
|
|
David Mayer et al.
|
The Effect of Galactic Aberration on the CRF
|
|
Karine Le Bail and David Gordon
|
Effect of VLBI Observation Network on Source Stability
|
|
César Gattano and Patrick Charlot
|
Insight into Astrophysical Phenomena from VLBI Source Position Instabilities
|
|
César Gattano et al.
|
Realization of Celestial Reference Frames using the Allan Variance Classification
|
|
Aletha de Witt et al.
|
Improving the S/X Celestial Reference Frame in the South
|
|
Matthias Glomsda et al.
|
New VLBI Solutions at Analysis Center DGFI-TUM
|
|
Geir Arne Hjelle et al.
|
Making Where Available to the Community
|
|
Sebastien Lambert et al.
|
Measurement of Earth's Nutation by VLBI: Direct Estimates from VLBI Delays and a Discussion on the Error
|
|
Karen Baver and John Gipson
|
UT1 Formal Error from the BA 50 Balanced Scheduling Strategy INT01 R&Ds
|
|
Johannes Böhm et al.
|
European Intensive Sessions for the Estimation of UT1
|
|
Nicole Geiger et al.
|
Intensifying the Intensives with the VLBA
|
|
Christopher Dieck et al.
|
Navigating Across the C-band: Experimental C-band Intensives with the VLBA
|
|
Cynthia Thomas et al.
|
Performance of the Operational IVS-R1 and IVS-R4 Sessions
|
|
Esther Azcue et al.
|
Initial VLBI Data Analyses at the National Geographic Institute of Spain
|
|
Ann-Silje Kirkvik et al.
|
NMA Analysis Center – Progress Report
|
|
Thomas Klügel et al.
|
A Comprehensive Data Set of the State of the Atmosphere Around the Geodetic Observatory
Wettzell During the CONT17 Campaign
|
|
Ryuichi Ichikawa et al.
|
Half-year Comparison of Precipitable Water Vapor Retrieved with Novel Ground-based Microwave
Radiometer and GPS Receiver at Tsukuba and Numerical Weather Analysis Data
|
|
Swetlana Mähler et al.
|
Permanent Reference Point Monitoring of the TWIN Radio Telescopes at the Geodetic Observatory Wettzell
|
Session 5. Extending the Scope of VLBI Usage/Applications
|
|
Andreas Hellerschmied et al.
|
Observing the APOD Satellite with the AuScope VLBI Network
|
|
Yann Ziegler et al.
|
Toward Reliable Estimates of the Free Core and Inner Core Parameters from a Bayesian Inversion
of VLBI and Gravimetric Data
|
|
Iván Herrera Pinzón et al.
|
Analysis of the Short VLBI Baseline at the Wettzell Observatory
|
|
Monia Negusini et al.
|
Comparing Remote Atomic Clocks via VLBI Networks and Fiber Optic Links: the LIFT/MetGeSp Perspective
|
|
Dhiman Mondal et al.
|
A GPS-Based Study to Improve the Accuracy of Local Geodetic Ties at Co-located Sites that
Exploits Small-Scale Atmospheric Structure
|
|
Ryuichi Ichikawa et al.
|
Comparison of Processing Strategy for Time and Frequency Transfer Using GNSS
|