| Agrotis, L. et al. |
(ESOC; Symban) |
ESOCS’s RETINA system and generation of the IGS RT combination |
| Alfaro Sanz, P. et al. |
(ESOC) |
Symban Ltd): IGS RTPP combination product analysis |
| Alhamadani, O., F. Teferle, R. Bingley |
(Nottingham; Luxembourg) |
Satellite clock and precise orbit generation for long-term monitoring of land movements using GNSS |
| Altamimi, Z. |
(IGN) |
ITRF2008 and the IGS contribution |
| Apel, H., N.G. Hung, H. Thoss, T. Schöne |
(GFZ; SIWRR Vietnam) |
Precise and high temporal resolution water level and movement monitoring by GPS river buoys |
| Appleby, G., M. Wilkinson, R. Sherwood, V. Smith |
(SGF Herstmonceux) |
Site stability at the Space Geodesy Facility, Herstmonceux |
| Araszkiewicz, A., Figurski, M. Szołucha |
(MUT Warsaw) |
Comparison of GPS, GLONASS, and GNSS time series from EPN |
| Arias, F. |
(BIPM) |
Benefits of the IGS-BIPM cooperation on international time-keeping |
| Bassett, S. et al. |
(Newcastle U; TU Delft; U Nevado Reno) |
Distinguishing large-scale secular surface mass loading from glacio-isostatic adjustment and plate tectonics in global coordinate and graity field time series |
| Becker M., P. Zeimetz, E. Schönemann |
(Tu Darmstad, U Bonn) |
Anechoic chamber calibrations of phase center variations for new and existing GNSS signals and potential impacts in IGS processing |
| Bilich, A. et al. |
(NGS) |
GNSS absolute antenna calibrations at the National Geodetic Survey |
| Blewitt, G. et al. |
(UNR; JPL; NOAA/NWS; USGS; Caltech) |
The GREAT Project: GPS Real Time Earthquake and Tsunamic Alert System |
| Blewitt, G., W. Bertiger, and J. Weis |
(U Nevada Reno; JPL) |
Ambizap3 and GPS carrier range: a new data type with IGS applications |
| Böhm, J. et al. |
(TU Wien, UNB, TU München, NIICC Japan) |
Future prospects of troposphere delay modeling in GNSS analysis |
| Boler et al. |
(UNAVCO; CDDIS; SOPAC; U Nevada Reno) |
Discovery and delivery of geodetic data from distributed archives |
| Booker, D., P. Clarke, D. Lavellée |
(Newcastle) |
TANYA. New developments at Newcastle and the combination of the IGS reprocessing campaigns |
| Boomkamp, H |
(ESA) |
IGS WG 1 / IGS LEO WG: The GPS Dancer project for network solutions of unlimited size. |
| Borsa, A., and C. Meertens |
(UNAVCO) |
Noise characteristics of short drill and deep drilled braced monuments in the PBO continuous GPS network |
| Bos, M, et al. |
(CIIMAR; Newcastle U; NOC UK) |
Status of ocean tide loading displacement modeling |
| Bruyninx, C. et al. |
(ROB; BKG; FOMI; ISR; BKIE) |
The EUREF Permanent Network and its GNSS-based services and products as a European standard |
| Bruyninx, C., et al. |
(ROB) |
Efforts towards an improved long-term monitoring of the EUREF Permanent Network. |
| Byun, S., and Y. Bar-sever |
(JPL) |
A reanalyzed IGS tropospheric delay product |
| Caissy, M., and K. MacLeod |
(NRCan) |
Latency, quality, and use of RT products |
| Chen, J. et al. |
(GFZ) |
Evaluating and improving GNSS real-time positioning using IGS-RTPP products for tsunami early warning system |
| Cherniak, I., et al. |
(IZMIRAN; U Warmia and Mazury) |
Ionospheric fluctuations structure during strong geomagnetic storm by incoherent scatter radar and GPS data |
| Colombo, O |
(UNBC, GFSC) |
Real-time detection of tsunami in deep sea waters for early warning using GNSS buoys |
| Dach, R. et al. |
(CODE) |
Activities at the CODE Analysis Center |
| Dach, R., H. Bock, S. Schaer, S. Lutz, G. Beutler |
(AIUB; Fed Office Topo) |
CODE’s new combined GPS/GLONASS clock product |
| Dach, R., P. Steigenberger, S. Schaer, M. Fritsche |
(AIUB, TU München, Fed Office Topo, TU Dresden) |
Bernese GPS Softwae in the reprocessing environment |
| Deng, Z. et al. |
(GFZ) |
Retrieving tropospheric delay using single frequency receivers |
| Desai, S. et al. |
(JPL) |
JPL IGS Analysis Center: Status and Plans |
| Dilssner, F. et al. |
(ESOC; CODE; TU München) |
Update of the IGS antenna phase center model: new GLONASS satellite antenna corrections from CODE and ESOC |
| Dilssner, F., T. Springer, J. Dow |
(ESOC) |
Modellng the GLONASS-M satellite yaw-attitude during eclipse seasons |
| Douša, J. |
(GOP) |
GNSS ultra-rapid orbit product from the GOP Analysis Centre |
| Douša, J. et al. |
(GFZ) |
GFZ real-time GNSS analysis and its contribution to the IGS Real-Time Pilot Project |
| Drazen, S. |
(ESA) |
Complete relativistic modeling of the GIOVE-B clock parameters and its impact on POD, track-to-track ambiguity resolution an precise timing applications |
| Estey, L. |
(UNAVCO) |
Teqc and the RINEX connection: past, present, and possible future |
| Falck, C. et al. |
(GFZ) |
Real-time and near real-time GPS-components for the Indonesian tsunami early warning system |
| Ferland, R. |
(NRCan) |
Combination of the reprocessed IGS Analysis Centers “SINEX” solutions |
| Fernandes, R. et al. |
(UBI/IDL; DEOS; CIIMAR, AFRL) |
GNSS CORS at remote regions of the world |
| Fernandes, R. et al. |
(UBI/IDL; DEOS; HartRAO; RCMRD; UNECA; CDSM) |
IGS and AFREF: building synergies in Africa |
| Ge, M. et al. |
(GFZ) |
A new approach for estimating satellite clocks from large GNSS reference networks in real-time |
| Gendt, G., J. Griffiths, T. Nischan, J. Ray |
(NRCan; NGS; GFZ) |
IGS reprocessing – summary of orbit/clock combination and first quality assessment |
| Geng, J., X. Meng,, A. H. Dodson, and F. N. Teferle |
(Nottingham) |
Towards PPP-RTK on a global scale for geo-hazard monitoring |
| Gipson, J. and R. Ray |
(GSFC) |
High frequency tidal EOP from space geodesy and ocean modeling |
| Goebell, S., and M. King |
(Newcastle) |
Effects of azimuthal multipath heterogeneity and hardware changes on GPS coordinate time series |
| Gonzalez, F.,, and S. Binda |
(ESA/ESTEC) |
GIOVE—Mission and experimentation update |
| Gross, R, T. Dixon, and F. Amelung |
(U Miami) |
Role of space geodesy in hazard research and monitoring |
| Gross, R. |
(JPL) |
External comparison of EOP results |
| Hackl, M., R. Malservisi, U. Hugentobler |
(LMU, U South Florida, TU München) |
Uncertainty estimation of the velocity model for stations of the TrigNet and the IGS network |
| Hackman, C. et al. |
(USNO) |
The USNO Analysis Center: progress, problems, and future expansion |
| Haines, B., W. Bertiger, S. Desai, J. Weiss |
(JPL) |
New GRACE-based estimates of the GPS satellite antenna phase- and group-delay variations |
| Hansen, D., F. Teferle, R. Bingley, S. Williams |
(Nottingham; Proudman) |
A comparison of reprocessed orbit and rotation products from 2002-2007 |
| Hauschild, A. P. Steigenberger, O Montenbruck, U. Hugentobler |
|
Real-Time GIOVE orbit- and clock-product generation with RETICLE |
| Hilla, S. |
(NGS) |
Design considerations for ORBEX |
| Jäggi, A. et al. |
(AIUB) |
Processing LEO data and gravity field determination at AIUB: A status report |
| Kang, Z., S. Bettadpur, B. Tapley, J. Griffiths |
(Texas CSR; NGS) |
Effects of GPS orbit errors on GRACE precise orbit determination |
| Kenyeres, A. |
(FÖMI Satellite Goedetic Obs Hungary) |
‘Globilization’ of the regional and local GNSS based reference solutions? |
| Kersten, T. and S. Schön |
(Leibniz U) |
PCV estimation of receiver antennae revisited |
| Kersten, T., and S. Schön |
(Leibniz U) |
On the receiver’s impact on phase center variations |
| Keshin, M. et al. |
(Newcastle; CIIMAR; NOC) |
GPS estimation of anomalous tidal loading displacements |
| King, M. and C. Watson |
(Newcastle U; U Tasmania) |
Mitigation of systematic errors in GPS coordinate time series through stochastic normalization of observation geometry |
| Krankowski, A., et al. |
|
Present and future Ionospheric products |
| Lilje, M. |
(FIG) |
FIG and IAG/IGS is a strong combination |
| Lindenthal, N. et al. |
(LU Hannover; LGN) |
On the monitoring of selected permanent GNSS reference stations with independent geodetic techniques |
| Liwosz, T. and M. Rajner |
(Warsaw UT) |
Evaluation of PPP results obtained using IGS ‘repro1’ products |
| Löfgren, R. Haas, J. Johanson |
(Onsala) |
GPS L1 reflections from sea-ice and seawater observed with the GNSS-based tide gauge at the Onsala Space Observatory |
| Loyer, S., F. Perosanz, H. Capdeville F. Mercier, L. Soudarin |
(CLS; CNES) |
CNES-CLS IGS Analysis Center: status and prospects |
| Lutz, S. et al. |
(AIUB; Fed Office Topo; TU München) |
Higher-order Ionospheric modeling for CODE’s next reprocessing activities |
| MacLeod, K, and M. Caissy |
(NRCan) |
Status of the Real-time Pilot Project |
| Marquardt, C. et al. |
(EUMETSAT) |
GNSS products for radio occulation soundings – present use and future requirements |
| Mazurova, E., V. Malinnikov |
(MIIGAiK) |
GLONASS |
| Mercier, F., D. Laurichesse, F. Perosanz, S. Loyer |
(CNES; CLS) |
Carrier phase biases and phase clocks for PPP ambiguity resolution |
| Mireault, Y., et al. |
(NRCan) |
Current and future GNSS activities at National Resources Canada |
| Modestova, G. et al. |
(FSUE VNIIFTRI; Oxford) |
Continuous GPS/GLONASS sites in Itkutsk, Russia |
| Monico, J. F .G. et al. |
(U Estadual Paulista) |
São Paulo State GNSS network: state of the art and its contribution to IGS |
| Montenbruck, O. et al. |
(DLR, BKG, TU München) |
CONGO – Characterization of user equipment in a heterogenous GIOVE tracking network |
| Mozo, A., R. Píiz, P. Navarro, G. Tobías |
(GMV Spain) |
Towards real-time PPP with GPS+GLONASS |
| Mtamakaya, J., M. Santos, M. Craymer |
(UNB, NRCan) |
Harmonic analysis of REPRO1 time series |
| Nahmani, S., et al. |
(LAREG, LATMOS/CNRS, CNRM Brest, IGN Madrid, ULR, GSFC, EOST-IPGS) |
Detection of loading signals over west Africa using permanent GPS stations |
| Neilan, R. et al. |
(IGS CB; UNAVCO) |
Updating the IGS website—design, architecture, and functionality |
| Ning, T., G. Elgered, J. Johansson, U Willén |
(Onsala; Swed Met/Hyrdo Instit) |
Comparing the atmospheric water vapour content inferred from GNSS data to the results from a global NWP model and a regional climate model |
| Ning, T., J. Johansson, P. O. J. Jarlemark |
(Onsala; SP Tech Res Instit) |
Using two different processing techniques to investigate the impact of the electromagnetic environment of the antenna on GNSS measurements |
| Noll, C., G. Garayt, H. Habrich, M. Schmidt |
(GSFC; IGN; BKG; NRCan) |
The evolution of the IGS flow of data (and products and information) and steps ahead |
| Noll, C., M. Dube, P. Michael |
(GSFC) |
Recent developments at the CDDIS |
| Orus, R. et al. |
(gAGE/UPC) |
Real time application of TOMION model: first global results |
| Ostini, L. et al. |
(AIUB; TU München; Fed Office Topo) |
FODITS: A time series analysis tool |
| Pacione, R., B. Pace, F. Vespe |
(E-GEOS/CGS; ASI/CGS) |
Combination of near real-time tropospheric parameters observed by GPS |
| Palamartchouk, K. |
(Oxford) |
Apparent geocentre oscillations in GNSS solutions caused by the ionospheric effect of second order |
| Palamartchouk, K. |
(Oxford) |
Realistic Ionospheric mapping function |
| Palamartchouk, K. et al. |
(Oxford; CNRS Valconne; TU Athens) |
Deformation of the southern Aegean from continuous GPS measurements |
| Perosanz, F. et al. |
(CNRS Toulouse; DTP-OMP; LEGOS-OMP) |
Spurious signals analysis in high frequency PPP solutions |
| Ramatschi, M. et al. |
(GFZ) |
Real-time and near real-time GPS components for the Indonesian tsunami early warning system and IGS real-time products evaluation |
| Ray, J. and J. Griffiths |
(NGS) |
Status of IGS core products |
| Rieck, C., K. Jaldegag, P. Jarlemark, J. Johansson |
(SP Tech Res Instit; Chalmers U) |
Swedish time metrology towards real-time using the RTIGS framework |
| Rohde, J. et al. |
(NGS) |
ITRF2008(NGS): A preliminary update to the North American CORS velocity field |
| Rohde, J. et al. |
(NGS) |
The National Geodetic Survey’s PAGES software |
| Romero, I |
(ESA) |
The IGS infrastructure: accomplishments and challenges |
| Romero, I. |
(ESA) |
IGS network issues: confronting challenges |
| Romero, I., et al. |
(CAS, U Las Palmas, U Lisboa) |
The Canary GNSS Center (CGC), an effort to promote space-geodetic data and techniques |
| Santos, M. et al. |
(UNB; TU Delft) |
Experimental assessment of a PPP-based P2-C2 bias estimation |
| Schaer, S. et al. |
(Fed Office Topo; AIUB) |
Availability and completeness of IGS tracking data |
| Schaer, S., R. Dach |
(Fed Office Topo; AIUB) |
Biases in GNSS analysis |
| Schmid, R. et al. |
(TU München; IGN; ESOC; AIUB; Geo++) |
Updated phase center corrections for satellite and receiver antennas |
| Schmidt, M. |
(DGFI) |
Regional multi-dimensional modeling of the ionosphere from satellite data |
| Schön, S. and M. Vennebush |
(LU Hannover) |
Correlations in GPS high rate data due to atmospheric turbulence |
| Schöne, T. et al. |
(GFZ, BAKOSURTANAL; Tu Berlin) |
Densification of the IGS TIGA network in Indonesia |
| Schöne, T. et al. |
(GFZ; TIGA PP) |
The IGS TIGA Project—status and perspectives |
| Schöne, T., et al. |
(GFZ; BPPT; TU Berlin) |
GPS water level measurements— Implementation for tsunami warnings in Indonesia |
| Senior, K., and J. Ray |
(USNO; NGS) |
New IGS time scale algorithm (Version 2.0) |
| Shagimuratov, I. et al. |
(IZMIRAN; GRL/UWM) |
Mapping of high-latitude TEC fluctuations by using GNSS |
| Shi, C. et al. |
(Wuhan U; GFZ; Nottingham U) |
Introduction to PANDA software and the latest development for high precision GNSS data processing and application |
| Sibthorpe, A. et al. |
(JPL) |
A performance evaluation of GPS satellite solar radiation pressure models |
| Sieradzki et al. |
(U Warmia & Mazury; IZMIRAN) |
The occurrence of TEC fluctuations in the northern hemisphere on the basis of GPS observations |
| Song, S., W. Zhu, F. Xiong |
(Shanghai Astron Obs) |
The key problems for construction of mm level terrestrial reference frame |
| Springer, T. et al. |
(ESA/ESOC) |
ESOC IGS AC activities |
| Springer, T. et al. |
(ESA/ESOC) |
ESOC innovations |
| Steigenberger, P. et al. |
(TU München, DLR, BKG) |
CONGO processing at TUM |
| Sun, B., J. Ou, X. Yang |
(IGG Wuhan, NTSC Lintong) |
Precise orbit determintion of GEO satellites based on three-frequency data |
| Svehla et al. |
(ESOC) |
Improvements in the global IGS parameters by combining GPS, DORIS and SLR measurements from JASON-2 satellite |
| Takasu, T. |
(Tokyo U Marine Science & Tech) |
Real-time PPP with RTKLIB and IGS real-time satellite orbit and clock. |
| Tegedor, J. et al. |
(ESOC; Fugro) |
Real-time high-accuracy GPS and GLONASS processing: the G2 service |
| Thaler, G. and R. Weber |
(Wien UT) |
Contribution of the Technical University of Vienna to the RTIGS-Pilot Project |
| Thaller, D. et al. |
(AIUB; DGFI) |
Fed Agency for Carto. & Geod.): Combining GNSS and SLR measurements: lessons learned for GNSS processing |
| Thomas, I. et al. |
(Newcastle U; TU Delft) |
A new globally reanalyzed GPS dataset for GIA and sea-level studies: technical details and preliminary time series |
| Thomas, I., et al. |
(Newcastle U) |
GPS tropospheric measurements from globally reanalyzed GPS data, and the effects of GPS model improvements |
| Thomas, M., J. Wickert, T. Schöne |
(GFZ) |
GPS contribution to understanding global climate change |
| Uhlemann, M., S. Rudenko, T. Nischan, G. Gendt |
(GFZ) |
Results of the first IGS data reprocessing campaign |
| Valdes, M. et al. |
(IGN Spain; San Fernando Naval Obs) |
The 2009 local ties survey at San Fernando Naval Observatory |
| Vedel, H., S. de Haan, J Jones |
((DMI), KNMI, IKMO) |
E-GVAP and usage of ground based GNSS data in meteorology |
| Wanninger, L., C. Rostm V. Frevert, M. Fettke |
(TU Dresden; OSG Rhineland-Palatinate) |
Controlled antenna changes at GNSS reference stations |
| Weber, G., L. Mervart, & W. Söhne |
(BKG; Czech Tech U) |
RTCM: an alernative way to RINEX files using BNC |
| Weinbach, U. and S. Schön |
|
Receiver clock modeling in PPP: analysis of impact and feasibility |
| Weiss, J. et al. |
(JPL) |
Precise orbit and clock determination for GLONASS: preliminary results |
| Wielgosz, P. et al. |
(U Warmia & Mazury; Mil. Insti. Tech) |
Comparison of different troposphere modeling techniques in rapid static positioning |
| Wiley, B., R Wong, N. Pavlis, C. Rollins |
(NGA) |
WGS 84 modernization |
| Wilkinson, M. |
(SGF Herstmonceux) |
GPS vertical heights for comparions at the SGF |
| Williams, S., and M. King |
(NOC; Newcastle U) |
The Detection of Offsets in GPS Experiment (DOGEx) |
| Williams, S., and N. Penna |
(NOC; Newcastle U) |
Non-tidal ocean loading effects on GPS |
| Zech, C., et al. |
(GFZ; CRAIAG; TU Berlin) |
Real-time GPS and the hydromet network in central Asia—The CAWA Project |
