Poster Program Tuesday 2nd
Detailed Poster Program
Tuesday Sept. 2 - 17:30-19:00 Ground Floor
G01-2: International Terrestrial Reference Frame: Challenges, future developments and applications
| Poster nr.1 | A Multipath Hemispherical Map with Strict Quality Control for Multipath Mitigation |
| Houxiang Zhou, Xiaoya Wang and Shengjian Zhong | |
| Poster nr.2 | Enhancing DORIS Orbit Determination: A Special Strategy for Geomagnetic Storm Days |
| Vikash Kumar, Petr Stepanek, Vratislav Filler, Nagarajan Balasubramanian and Onkar Dikshit | |
| Poster nr.3 | Multichannel singular spectrum analysis of DORIS station position time series |
| Sofiane Khelifa and Hicham Dekkiche | |
| Poster nr.4 | Modeling SLR range biases to Low Earth Orbiters - insights from a study based on 12 satellites and 20 years of data |
| Dariusz Strugarek and Krzysztof Sośnica | |
| Poster nr.5 | Impact of alignment strategy to the reference frame on the 3D annual station motions from different GNSS solutions |
| Janusz Bogusz, Paul Rebischung and Anna Klos | |
| Poster nr.6 | GRACE Data as Non-Tidal Deformation: Effect on Position Timeseries Forecast |
| T. Mike Chin, Claudio Abbondanza, Richard S. Gross and Michael B. Heflin | |
| Poster nr.7 | Effects of SLR orbit eccentricity on the geodetic parameter determination via simulation study |
| Joanna Najder, Krzysztof Sośnica, Radosław Zajdel and Tomasz Kur | |
| Poster nr.8 | Collaborative Efforts in GNSS Antenna Calibration: Evaluating Latitude-Dependent Position Deviations Using IGS Ring Calibration Data |
| Johannes Kröger, Tobias Kersten, Andria Bilich, Igor Sutyagin and Steffen Schön | |
| Poster nr.9 | The impact of different reference frame realizations strategies on GNSS coordinate time series in Antarctica |
| Kora Heidrich-Meisner, Eric Buchta, Mirko Scheinert and Martin Horwath | |
| Poster nr.10 | On simulation studies of space geodetic techniques for innovative combination strategies |
| Susanne Glaser, Anton Reinhold and Manuela Seitz | |
| Poster nr.11 | On the propagation of orbit errors into large-scale spurious variations in daily GNSS station position time series |
| Kevin Gobron, Paul Rebischung, Hanane Ait-Lakbir, Sylvain Loyer and Alvaro Santamaría-Gómez | |
| Poster nr.12 | Spatio-temporal GNSS time series analysis using Monte-Carlo singular spectrum analysis |
| Hamed Karimi, Urs Hugentobler and Mahsa Heydari | |
| Poster nr.13 | Analysis on BDS Satellite Antenna Phase Center Corrections and Its Contribution to the Terrestrial Reference Frame Scale |
| Hongzhan Zhao, Shuli Song, Xiangxiang He, Weili Zhou, Chao Huang and Maorong Ge | |
| Poster nr.14 | DSO DORIS Processing Toolkit: Status and Preliminary Results. |
| Xanthos Papanikolaou, Dimitrios Anastasiou, Vangelis Zacharis, Maria Tsakiri, Vasiliki Krey and George Serelis | |
| Poster nr.15 | An Open-Source Python Package for Satellite Laser Ranging Data Analysis and Precise Orbit Determination (Preliminary results) |
| Vangelis Zacharis, Dimitris Anastasiou, Xanthos Papanikolaou, Vasiliki Krey, George Serelis and Maria Tsakiri | |
| Poster nr.16 | A Proposal to Introduce a Systematic Evaluation and Release Procedure for Future ITRFs |
| Maria Davis, Sharyl Byram and Nick Stamatakos | |
| Poster nr.17 | Current developments of the BKG/DGFI-TUM IVS Combination Centre |
| Alexander Kehm, Sabine Bachmann, Manuela Seitz, Mathis Bloßfeld, Sandra Schneider-Leck and Daniela Thaller | |
| Poster nr.18 | Investigations of non-tidal loading corrections on GNSS station positions and their statistical significance |
| Lukas Jendges, Susanne Glaser, Lara Oppitz and Jan Martin Brockmann | |
| Poster nr.19 | Strategies for Combining Mono-Satellite DORIS Solutions |
| Karine Le Bail, Frank Lemoine, Guilhem Moreaux and Doug Chinn |
G03-1: Next Generation Technologies
| Poster nr.20 | Error analysis and test verification of height measurement based on APM optical clock |
| Changliang Xiong, Lifeng Bao, Daoxin Liu, Lin Wu and Yong Wang | |
| Poster nr.21 | Evaluating the Geodetic Contributions of NGGM and MAGIC Missions within the SING Project |
| Elisavet-Maria Mamagiannou, Thomas Loudis Papanikolaou, Dimitrios Natsiopoulos, Georgia Gavriilidou, George S. Vergos and Dimitrios Tsoulis | |
| Poster nr.22 | Overview of CARIOQA-PMP Post-Pathfinder Mission Scenarios in Context with Earth Observation User Needs |
| Katharina Lechner, Thomas Gruber and Roland Pail | |
| Poster nr.23 | Advances of Optical Interferometry in the Context of Future Satellite Gravimetry Missions |
| Alexey Kupriyanov, Annike Knabe, Nina Fletling, Manuel Schilling, Vitali Müller and Jürgen Müller | |
| Poster nr.24 | Earth’s static gravity field determination based on the combination of cold atom interferometry gradiometer and optical clocks |
| Wenming Chen, Hao Zhou, Shuyun Zheng, Zebing Zhou and Zhicai Luo | |
| Poster nr.25 | An regional enhanced gravity satellite constellation in the middle and low latitudes |
| Guangyu Jian and Min Zhong | |
| Poster nr.26 | Novel frequency stabilization and determination concepts for future gravity missions |
| Timm Wegehaupt, Sariga Sachit, Vitali Müller, Malte Misfeldt, Gerhard Heinzel, Claus Braxmaier and Jens Grosse | |
| Poster nr.27 | Accelerometer Data Transplant for Next-Generation Satellite Gravimetry |
| Mohsen Romeshkani, Jürgen Müller, Sahar Ebadi, Annike Knabe and Manuel Schilling | |
| Poster nr.28 | Invention of Computerized Accelerometers to Manufacture First Truly Physical Instruments for Precise Measurement of Acceleration |
| Peiliang Xu | |
| Poster nr.29 | Error analysis of the satellite gradiometry based on the new generation accelerometers |
| Qinglu Mu, Jürgen Müller, Changqing Wang, Wei Feng, Min Zhong and Zhi Yin | |
| Poster nr.30 | A Simulator for Level 1A Laser Interferometry Data |
| Laura Müller, Vitali Müller, Malte Misfeldt and Gerhard Heinzel | |
| Poster nr.31 | Advancements in Laser Link Acquisition strategies for Future Gravimetry Missions |
| Reshma Krishnan Sudha, Vitali Müller, Malte Misfeldt and Gerhard Heinzel |
G03-2: Terrestrial Gravimetry
| Poster nr.32 | Atmacs 2.0: reanalysis of the Atmospheric attraction computation service |
| Ezequiel D. Antokoletz, Hartmut Wziontek and Thomas Klügel | |
| Poster nr.33 | Hellenic National Gravimetric Network : Update and Data Processing |
| Melissinos Paraskevas, Nestoras Papadopoulos, Ioannis Katsafados and Maria Tsakiri | |
| Poster nr.34 | The Italian absolute gravity network G0 |
| Riccardo Barzaghi, Daniela Carrion, Lorenzo Rossi, Barbara Betti, Federica Migliaccio, Alfonso Vitti, Federica Riguzzi, Luca Frasca, Filippo Greco, Giovanna Berrino, Alessandra Borghi, Daniele Carbone, Francesco Vespe, Alessandro Germak, Alessio Facello, Andrea Prato, Augusto Mazzoni and Federica Fuso | |
| Poster nr.35 | Observing and adjusting a large-scale surface gravity network in Colombia using a highly redundant measurement approach |
| Franco S. Sobrero, Michael Bevis, Demián D. Gómez, Arturo Echalar, Paola Montenegro, Eric Kendrick, Ariele Batistti, Lizeth Contreras Choque, Juan Carlos Catari and Carlos A. Franco Prieto | |
| Poster nr.36 | Three decades of absolute gravity measurements at the Finnish Antarctic research station Aboa |
| Jyri Näränen, Jaakko Mäkinen, Arttu Raja-Halli and Hannu Koivula | |
| Poster nr.37 | Refining Gravity Observations with Tidal Corrections: Case Study of the gPhone X Gravimeter at IIT Kanpur |
| Somalin Nath, Sushant Shekhar, B. Nagarajan and Onkar Dikshit | |
| Poster nr.38 | Advancements in Quantum Gravity Sensing for Geophysical Applications: Insights from the FIQUgS Project |
| Martina Capponi, Daniele Sampietro and Camille Janvier | |
| Poster nr.39 | Vertical gravity gradients above piers: is a second-degree polynomial still enough? |
| Anastasia Efimenko and Ilya Oshchepkov | |
| Poster nr.40 | Long-term absolute gravity measurements at TsNIIGAiK station |
| Ilya Oshchepkov, Vladislav Bashkatov, Igor Ryaskov, Irina Mezhenova, Ilnur Nevretdinov and Gennady Melnik | |
| Poster nr.41 | Thirty years of superconducting gravity observations at Metsähovi Geodetic Research Station, Finland |
| Arttu Raja-Halli, Jaakko Mäkinen, Heikki Virtanen, Jyri Näränen, Maaria Nordman and Mirjam Bilker-Koivula | |
| Poster nr.42 | AGrav – the International Absolute Gravity Database of IAG revisited |
| Sylvain Bonvalot, Hartmut Wziontek and François André | |
| Poster nr.43 | Participative gravity-modelling of the Balmuccia peridotite body: progress report and preliminary model constraints |
| Matteo Scarponi, Ludovic Baron, Denis Anikiev, Enikő Barbély, Judit Benedek, Hans-Jurgen Götze, Mohammad Ismaiel, Gábor Papp, Sabine Schmidt, Rosaria Tondi and György Hetényi | |
| Poster nr.44 | Execution of Mixed Gravimetric Measurements for Innovative Data Usage |
| Janis Kaminskis, Lubova Sulakova, Ieva Demjanenko, Leila Neimane and Dāvis Sīka |
G03-3: Spaceborne Gravimetry
| Poster nr.45 | The NGGM/MAGIC mission performance evaluation framework (MPEF) |
| Roland Pail, Thomas Gruber, The Mpef Team and Ilias Daras | |
| Poster nr.46 | Orbit parameterization for SLR-based time-variable gravity field recovery focusing on LARES and LARES-2 satellites |
| Filip Gałdyn and Krzysztof Sośnica | |
| Poster nr.47 | Precise orbit and clock determination for the Chinese gravity satellite in low-low satellite-to-satellite tracking mode |
| Yidu Lian, Xiang Guo and Jiale Liu | |
| Poster nr.48 | Combination of Swarm monthly gravity field solutions derived from different approaches |
| Charlotte Gschwind, Thomas Grombein, Kurt Seitz and Hansjörg Kutterer | |
| Poster nr.49 | COST-G: recent developments and future perspectives |
| Ulrich Meyer, Martin Lasser, Linda Geisser, Thorben Döhne, Christoph Dahle, Eva Boergens, Ingo Sasgen, Mathis Blossfeld, Wei Feng and Adrian Jäggi | |
| Poster nr.50 | Towards a new ESA Earth System Model for Future Gravity Mission Simulation Studies |
| Henryk Dobslaw, Linus Shihora, Volker Klemann, Laura Jensen, Robert Dill, Lone Stumpe, Yoshiyuki Tanaka, Ingo Sasgen, Bert Wouters, Moritz Langer, Jeanne Sauber, Shin-Chan Han and Ilias Daras | |
| Poster nr.51 | GRACE Follow-On orbit and gravity field determination using GPS carrier phase and SLR observations |
| Martin Lasser, Linda Geisser, Ulrich Meyer, Daniel Arnold and Adrian Jäggi |
G03-4: Analysis, algorithms, and Models
| Poster nr.52 | Comparison and evaluation of different techniques for Downward Continuation in Airborne Gravimetry |
| Rafailia-Maria Mavromatidou and George Vergos | |
| Poster nr.53 | A GRACE-FO LRI-based static Earth gravity field recovery: Evaluation of LRI’s impact on the high-frequency domain |
| Grigorios Kalimeris, Roland Pail and Thomas Gruber | |
| Poster nr.54 | The analysis of superconductive gravimeter measurements and comparisons with time series of CORS station and wells |
| Hanjiang Wen, Huanling Liu, Wei Wang and Tao Jiang | |
| Poster nr.55 | TUM GRACE Mascon Solution: Processing Chain and Preliminary Results |
| Huiyi Wu, Simon Schiller, Marius Schlaak and Roland Pail | |
| Poster nr.56 | A New Regularization Approach for GRACE Monthly Spherical Harmonic Solutions |
| Mingyang Xia, Hao Zhou, Zebing Zhou and Zhicai Luo | |
| Poster nr.57 | Detecting mass changes using along-orbit range-accelerations of GRACE-FO ranging systems |
| Changqing Wang, Zitong Zhu, Peng Peng, Haoming Yan and Haibo Tu | |
| Poster nr.58 | Detecting Momentum Transfer Events using Laser Ranging Interferometer |
| Pallavi Bekal, Vitali Müller, Malte Misfeldt, Laura Müller and Gerhard Heinzel | |
| Poster nr.59 | Gravity Field Solution by Exploiting the Full Potential of GRACE Follow-On |
| Sahar Ebadi and Matthias Weigelt | |
| Poster nr.60 | Impact of Tone Errors in GRACE-FO Inter-Satellite Ranging on Time-Variable Gravity Field Recovery |
| Zitong Zhu, Changqing Wang, Malte Misfeldt, Laura Müller, Yihao Yan and Vitali Müller | |
| Poster nr.61 | Improved regional mass change estimation using Slepian functions in a Kalman filter framework |
| Rebekka Steffen, Viviana Wöhnke, Annette Eicker and Matthias Weigelt | |
| Poster nr.62 | High-Resolution Global and Regional Reanalyses for Atmospheric De-aliasing of Satellite Gravimetry |
| Ziyu Liu, Petra Friederichs, Jürgen Kusche, Christian Mielke and Anne Springer | |
| Poster nr.63 | xGGM23 an updated geoid model for Mexico |
| David Avalos, Marcelo Santos, Petr Vanicek and Robert Kingdon | |
| Poster nr.64 | GRACE-FO Line-of-Sight Gravity Differences for Earth System Mass Variation |
| Shirui Yan, Greg Kalimeris and Thomas Gruber |
G05-1: Emerging Positioning Technologies and GNSS Augmentations
| Poster nr.65 | The role of Gyro-observations and Laplace equation vs propagation of lateral refraction errors in long tunnels |
| Luciano Surace | |
| Poster nr.66 | Detection of GNSS NLOS signals in urban environments via stacking ensemble learning and signal features |
| Li Liu, Zhao Li and Weiping Jiang | |
| Poster nr.67 | ViDoc RTK Device for Ancient Walls Surveying: Accuracy Assessment and Validation with Geomatic Techniques |
| Raffaella Brigante, Laura Marconi, Sara Zollini, Maria Alicandro and Nicole Pascucci | |
| Poster nr.68 | Stochastic analysis of high-rate GNSS observations from low-cost receivers and antennas |
| Ibaad Anwar and Balaji Devaraju | |
| Poster nr.69 | Development, applications and performance of a low-cost GNSS station |
| Tomasz Hadaś, Grzegorz Marut, Adrian Kaczmarek, Maciej Lackowski and Kamil Kaźmierski | |
| Poster nr.70 | Research on Credibility Assessment Algorithms for Multi-System PPP-AR Positioning |
| Jinzhong Mi, Shouzhou Gu and Yuqi Pang | |
| Poster nr.71 | A Rigorous Semi-Tightly Coupled Model for the Integration between GNSS and INS |
| Mowen Li and Tianhe Xu | |
| Poster nr.72 | Galileo High Accuracy Service (HAS) positioning performance |
| Kamil Kazmierski, Tomasz Hadas and Grzegorz Marut | |
| Poster nr.73 | Combination of PPP-B2b, HAS and MADOCA-PPP corrections: with emphasis on the improvement of real time precise point positioning |
| Guo Chen and Haoyu Kan | |
| Poster nr.74 | An SBAS Client Positioning Algorithm Combined with Improved IGGⅢ Tolerance Estimation |
| L. Wang, J.B. She and G.W. Huang | |
| Poster nr.75 | A New Stochastic Model for Precise Positioning with Low-Cost Instruments |
| Liwenle Liu, Xiaopeng Gong and Jun Huang | |
| Poster nr.76 | A GNSS Fault Detection and Exclusion Algorithm Considering Off-Diagonal Elements of the Variance-Covariance Matrix under Integrity Risk Constraints |
| Guanwen Huang, Jian Wang, Le Wang and Ziwei Wang | |
| Poster nr.77 | Collaborative Positioning with UWB and Wi-Fi RTT for Enhanced Pedestrian Localization |
| Harris Perakis, Guenther Retscher and Vassilis Gikas |
G09-1 Seafloor Geodesy, Marine Positioning and Undersea Navigation
| Poster nr.78 | Ocean Sound Channel Depth Estimation Based on Machine Learning |
| Haopeng Fan, Kai Xiao and Yinhu Zhan | |
| Poster nr.79 | Resilient Integration of INS/GNSS/LBL/CTD for Enhanced Marine Navigation and Positioning |
| Tianhe Xu and Mowen Li | |
| Poster nr.80 | Spatial-Frequency Multidimensional Feature Fusion Matching Algorithm for Gravity-Aided Navigation System |
| Shi Liu, Lin Wu and Lifeng Bao | |
| Poster nr.81 | Utilization of Unmanned surface vehicles for GNSS-Acoustic measurement |
| Takeshi Iinuma, Motoyuki Kido, Yusaku Ohta, Tatsuya Fukuda, Fumiaki Tomita, Yusuke Yokota and Mikiko Fujita | |
| Poster nr.82 | Preparation for Potential Application of Seafloor Integrated Geodetic Infrastructure: Precision Positioning Strategies for Hybrid Seafloor Beacon Constellations |
| Shuang Zhao, Shuqiang Xue, Zhenjie Wang and Baojin Li | |
| Poster nr.83 | Real-time GNSS-Acoustic Precise Positioning via Sound Speed from Global Ocean Analysis and Prediction |
| Yang Liu, Yanxiong Liu, Guanxu Chen, Menghao Li, Qiuhua Tang and Yikai Feng | |
| Poster nr.84 | Vertical deformation at the seafloor using pressure gauges : impact and mitigation of instrumental drifts and jumps |
| Angele Laurent, Yann-Treden Tranchant, Alexandre Duvernay, Laurent Testut, Olivier de Viron, Denis Dausse, Jean-Michel Leconte, Hanuyan Liu and Valérie Ballu |
G10-1 Modern Concepts and Quantum Technology for Geodesy
| Poster nr.85 | Impact of the relativistic oblateness orbit correction on GRACE-FO results and future LEO missions |
| Krzysztof Sośnica and Filip Gałdyn | |
| Poster nr.86 | Impact of the Earth Tide Models on Reducing Uncertainties of the Optical Atomic Clocks in Continuous Clock Operation |
| Ryuichi Ichikawa, Yoshiyuki Tanaka and Ryo Honda | |
| Poster nr.87 | CARIOQA-PMP: Simulating Quantum Space Gravimetry Missions |
| Nina Fletling, Annike Knabe, Jürgen Müller, Manuel Schilling and Matthias Weigelt | |
| Poster nr.88 | Development of a High-Accuracy Transportable Yb Optical Lattice Clock |
| Matteo Barbiero, Irene Goti, Marco Pizzocaro, Filippo Levi, Federico Lavorenti, Alessandra Tortora, Carmelo Grova, Olmo Artesani, Giada Meogrossi, Adalberto Sapia, Mario Siciliani de Cummis, Danilo Vicari, Giancarlo Natale Varacalli and Davide Calonico | |
| Poster nr.89 | Determination of Physical Heights via Time Transfer |
| Klarissa Emma Lachmann and Jürgen Müller | |
| Poster nr.90 | Clock-based Height System Unification of Europe and Brazil – A Simulation Study |
| Asha Vincent and Juergen Mueller | |
| Poster nr.91 | First analysis of ELT measurements as part of the ACES mission |
| Stefan Marz, Anja Schlicht, Johann Eckl, Jan Kodet, Ulrich Schreiber, Ivan Prochazka, Josef Blazej, Achim Helm, Shuo Liu, Theo Schwall, Wolfgang Schäfer, Luigi Cacciapuoti and Christophe Salomon | |
| Poster nr.92 | Determination of temporal variations in the Earth’s gravity field using novel optical clocks on-board of Low Earth Orbiters |
| Akbar Shabanloui and Jürgen Müller | |
| Poster nr.93 | Development of a High-Bandwidth Quantum Gravimeter and its Applications in Geophysics |
| Maria Mendes, Vineetha Naniyil, Monika Pietrzyk, Sachin Kinge, Paul Wilkinson, Michael Holynski, Victoria Smith and Yu-Hung Lien |
H01 Future Geodetic Satellite Missions and new Technologies
| Poster nr.94 | Hydrology as seen from a network of Superconducting Gravimeters in Europe: a possible ground-truth for future satellite gravity missions |
| Umberto Riccardi, Tommaso Pivetta and Susanna Zerbini | |
| Poster nr.95 | Toolbox for NGGM-MAGIC |
| Per Knudsen, Americo Ambrozio, Marco Restano and Ilias Daras | |
| Poster nr.96 | Demonstration of frequency transfer over a free-space optical communication for future QZSS |
| Hiroshi Takiguchi, Aru Suemasa, Miho Fujieda, Toshimichi Otsubo and Yoshihisa Takayama | |
| Poster nr.97 | Implementing near-field delay modelling into PORT for the upcoming ESA Genesis satellite mission |
| Akhil A. Gunessee, Özgür Karatekin, Birgit Ritter, Véronique Dehant, Georg Beyerle and Robert Heinkelmann | |
| Poster nr.98 | METRIC: an integrated mission concept aimed at upper atmosphere mapping, fundamental physics and geodesy |
| Roberto Peron, Enrico Lorenzini, Simone Dell'Agnello, Alessandro Di Marco, David Lucchesi, Monia Negusini, Francesco Santoli, Vincenza Tornatore, Andrea Valmorbida and Alberto Vecchiato | |
| Poster nr.99 | The GENESIS VLBI Transmitter: Lessons from Wettzell and Next Steps in Development |
| Graciela López Rosson, Akhil Gunessee, Özgur Karatekin, Željko Jelić, Véronique Dehant, Birgit Ritter, Thibaut Deleu, Urs Hugentobler, Jan Kodet and Gerhard Kronschnabl |