29th International Symposium on Space Flight Dynamics
Darmstadt, Germany, 22 - 26 April, 2024
The 29th ISSFD was jointly organized by ESA/ESOC and EUMETSAT.
Author, Organisation |
Title |
||||
FLIGHT DYNAMICS OPERATIONS (1) - Chairs: Pierluigi Righetti / EUMETSAT, Frank Budnik / ESOC
|
|||||
Ambra Flammini, Telespazio |
Meteosat Third Generation (MTG-I1), LEOP preparation and challenging execution: expect the unexpected [paper] |
||||
Andre Vasconcelos, CGI Gmbh |
AEOLUS Operations for Assisted Reentry [paper] |
||||
FLIGHT DYNAMICS OPERATIONS (2) - Chairs: Yanping Guo / APL, Isidro Munoz / ESOC
|
|||||
Cliff Helfrich, Jet Propulsion Lab |
Navigating Chandrayaan-3 [paper] |
||||
Javier Hernando-Ayuso, Ispace |
Flight Dynamics operations for the first ispace lunar lander mission M1 [paper] |
||||
Rami Houdroge, CLC Space GmbH @ EUMETSAT |
Elevating Operations: Centralized Flight Dynamics Monitoring for EUMETSAT's Growing Fleet [paper] |
||||
James Logan, Omitron Inc. |
James Webb Space Telescope Navigation Optimization Challenges [paper] |
||||
Pere Ramos Bosch, ESA/ESOC |
GENEOS – The new ESOC Earth Observation Flight Dynamics Software based on GODOT – Design, Capabilities and Operational validation [paper] |
||||
Benoît Remy, Cnes |
Enabling NewSpace innovation thanks to off-the-shelf flight dynamics systems [paper] |
||||
SPACE ENVIRONMENT, ORBITAL DEBRIS AND COLLISION RISK MITIGATION (1) - Chairs: Isidro Munoz / ESOC, Alain Lamy / CNES
|
|||||
Giuseppe Di Campli Bayard De Volo, German Aerospace Center DLR/GSOC |
ASSET (AScent SafETy) – a new Flight Dynamics Service for the Safety of Ascent Trajectories and Injection Orbits [paper] |
||||
Dario Izzo, ESA |
NeuralODEs for VLEO simulations: Introducing thermoNET for Thermosphere Modeling. [paper] |
||||
Ksenia Klionovska, German Aerospace Center DLR/GSOC |
SIMULATION OF PASSIVELY SAFE INSPECTION TRAJECTORIES FOR
NON-COOPERATIVE SPACE RENDEZVOUS [paper] |
||||
Jan Siminski, ESA |
Upgrade of ESA's collision avoidance system at ESOC [paper] |
||||
Zahi Tarzi, NASA-JPL |
Deep-space Conjunction Assessment: Recent Developments and Future Evolution [paper] |
||||
Andrea Zollo, German Aerospace Center DLR/GSOC |
Long-term collision probability computation through high-order Taylor polynomials optimisation [paper] |
||||
AUTONOMOUS NAVIGATION - Chairs: Jose Maria de Juana / EUMETSAT, Ralph Kahle / DLR
|
|||||
Simone Andolfo, Sapienza University Of Rome |
Spacecraft orbit determination through a joint processing of imaging and radio-tracking data [paper] |
||||
Sui Chen, Politecnico di Milano |
Autonomous navigation using integrated X-pulsar and optical measurements
[paper] |
||||
Edoardo Ciccarelli, University Of Surrey |
Autonomous Navigation around Phobos:
Applications to the Martian Moons eXploration
mission. [paper] |
||||
Shunsuke Shimomura, The University Of Tokyo |
Error evaluation in multi-rate sensor-based estimation systems including modeling errors and non-Gaussian noise for satellite formation flying. [paper] |
||||
FORMATION FLYING - Chairs: Pierluigi Righetti / EUMETSAT, Ralph Kahle / DLR
|
|||||
Fatima Alnaqbi, Technology Innovation Institute |
Femto-Satellite Clusters Decentralized Control Strategy Based on Aerodynamic Forces [paper] |
||||
Takahiro Ito, Japan Aerospace Exploration Agency |
Compensation of Gravitational Perturbations for Precise Formation Flying in Low Earth Orbit [paper] |
||||
Irene Valenzuela Molina, Cnes |
POC_ESSAIM: Close Formation-flying demonstration of 3 nanosatellites in LEO [paper] |
||||
CONSTELLATION DESIGN AND MAINTENANCE - Chairs: Frank Dreger / ESOC, Antonio Prado / INPE
|
|||||
Jaime Fernandez Sanchez, GMV Aerospace and Defence |
MAORI – A NEW FLIGHT DYNAMICS AND GEODESY LIBRARY [paper] |
||||
Marco Lombardo, University of Bologna |
GODOTflow: an actor-based toolkit to support near real-time flight dynamics operations [paper] |
||||
Romain Pinede, CNES |
Methods for constellation design in projects in early phases, based on studies carried out at CNES in recent years [paper] |
||||
Antonio Prado, National Institute for Space Research |
Design of Small Satellite Constellations for Data Communication [paper] |
||||
Zhe Xu, Zhuzhou Space Interstellar Satellite Technology Co., Ltd. |
A Reliable Design Optimization Method for Precise Repeat-Track Orbit [paper] |
||||
FLIGHT DYNAMICS OPERATIONS (3) - Chairs: Frank Dreger / ESOC, Junichiro Kawaguchi/ANU
|
|||||
Javier Berzosa Molina, GMV Aerospace and Defence |
BECKETT – A Flight Dynamics System based on GODOT [paper] |
||||
Mikel Catania, CLC Space GmbH at EUMETSAT |
Accuracy of Sentinel-3 operational orbit predictions with increased solar activity [paper] |
||||
Anna Fontan, CS Group - Germany GmbH |
A semi-analytical approach towards efficient ground-track control for Low Earth Orbits [paper] |
||||
Miguel Angel Martin Serrano, Eumetsat |
MTG-I1 Flight Dynamics Commissioning Operational Experience [paper] |
||||
Sabine POL-MORENO, CS Group - Germany GmbH |
Orbit control and FD operations optimisation for the repositioning of a satellite in the frame of formation flying [paper] |
||||
MANEUVER DESIGN - Chairs: Jose Maria de Juana / EUMETSAT, Yanping Guo / APL
|
|||||
Laurent Beauregard, |
Breaking traditions: introducing a surrogate Primer Vector in non Keplerian dynamics [paper] |
||||
MISSION AND TRAJECTORY DESIGN (1) - Chairs: Vicente Companys / ESOC, Naoya Ozaki / JAXA
|
|||||
Shamil Biktimirov, Technology Innovation Institute |
Impactor-Observer Asteroid Lander Mission Concept for
Emirates Mission to the Asteroid Belt (EMA) [paper] |
||||
Aurélien FELIN, CNES |
Hera cubesats operational mission analysis and trajectory design around binary asteroid for small bodies characterization [paper] |
||||
Shanshan Pan, Kyushu University |
Interplanetary Low-Thrust, Gravity-Assist Trajectory Design Using Resonant Orbits [paper] |
||||
Amedeo Rocchi, GMV @ ESOC |
Trajectory design for a Ceres lander mission [paper] |
||||
Yang Wang, Nanjing University |
Solution Space Studies of Optimal Low-Thrust Trajectories in the Circular Restricted Three-Body Problem [paper] |
||||
MISSION AND TRAJECTORY DESIGN (2) - Chairs: Frank Budnik/ ESOC, Brent Buffington / JPL
|
|||||
Daniel Aguilar Taboada, Eumetsat |
EPS-Sterna and EPS-Aeolus Mission Analysis [paper] |
||||
Lorenzo Bucci, Deimos Space for ESA |
Trajectory design of ERO alternative return towards a lunar Distant Retrograde Orbit [paper] |
||||
Edoardo Ciccarelli, University Of Surrey |
Trajectory Design and Navigation Analysis of a PLAsma TOrch Rocket Propelled Space Tug [paper] |
||||
Isabel Ibanez Jimenez, German Aerospace Center DLR/GSOC |
Modeling and Optimization of Earth-Moon Transfers [paper] |
||||
Tomas Martin-Mur, JPL |
The NASA/ESA Mars Sample Return Campaign [paper] |
||||
Amedeo Rocchi, GMV @ ESOC |
Planetary Protection impact on the trajectory design of the MSR-ERO mission [paper] |
||||
MANEUVER DESIGN (1) - Chairs: Daniel Aguilar / EUMETSAT, Antonio Prado / INPE
|
|||||
Livio Carzana, Delft University Of Technology |
Calibration Steering Laws to Estimate the Optical Properties of NASA’s ACS3 Solar Sail [paper] |
||||
Fernando Gámez Losada, Delft University of Technology |
Fundamentals of solar-sail orbital transfers around Earth [paper] |
||||
Yanping Guo, JHUAPL |
Parker Solar Probe Highly Constrained Maneuver Design via Vector Decomposition [paper] |
||||
Harry Holt, University Of Auckland |
Reinforcement Learning enhanced LQR and Control Lyapunov Functions for Proximity Operations [paper] |
||||
Milan Klinc, WGS Workgroup Solutions GmbH at EUMTETSAT, Darmstadt, Germany |
Combined Orbit Raising and Spin Rate Reduction During Meteosat-8 End of Life Re-orbiting [paper] |
||||
Xiaodong Lu, Politecnico di Milano |
Analytical approach leveraging orbital perturbations for spacecraft end-of-life disposal design [paper] |
||||
SPACE ENVIRONMENT, ORBITAL DEBRIS AND COLLISION RISK MITIGATION (2) - Chairs: Stefano Pessina / EUMETSAT, Ralph Kahle / DLR
|
|||||
Matthew Hejduk, Aerospace Corporation |
Setting the Bar for the Replacement of the Probability of Collision Metric [paper] |
||||
Sung Wook Paek, City University Of London |
Analysis of trends in momentum multiplication factor predictions and uncertainties in the DART mission [paper] |
||||
Martina Rusconi, Politecnico Di Milano |
Active feedback control on post-mission disposal compliance to limit the space debris proliferation [paper] |
||||
TRACKING AND ORBIT DETERMINATION (1) - Chairs: Pere Ramos-Bosch / ESOC, Antonio Prado / INPE
|
|||||
Ignacio Acedo, GMV |
Optical Navigation Analyses for Hera Proximity Operations [paper] |
||||
Gabriele Bellei, Deimos Space at ESA-ESOC |
Bepi Colombo Orbit Determination during Extended Electric Propulsion Manoeuvres [paper] |
||||
Igor Gai, University of Bologna |
Precise orbit determination of the LICIACube deep space CubeSat [paper] |
||||
Gerhard Kruizinga, Jet Propulsion Laboratory |
Mars Sample Return Direct Earth Approach Navigation Analysis [paper] |
||||
Zubin Olikara, Jet Propulsion Laboratory, California Institute of Technology |
Target detection and orbit determination for Mars Sample Return [paper] |
||||
ORBIT THEORY - Chairs: Miguel Serrano / EUMETSAT, Yanping Guo / APL
|
|||||
Giacomo Acciarini, Esa, University Of Surrey |
Humans vs Machines: Computing Low-Thrust Transfers in the Asteroid Belt, a Comparison Between Astrodynamical Manipulations and a Machine Learning Approach [paper] |
||||
Giacomo Acciarini, Esa, University Of Surrey |
Stochastic Continuation of Trajectories in the Circular Restricted Three-Body Problem via the Algebra of Truncated Polynomials [paper] |
||||
Davide Amato, Imperial College London |
Fast Parallelizable Galerkin Method for Initial and Boundary Value Problems [paper] |
||||
Martin Lara, University of La Rioja |
Improving accuracy of ideal-element propagation by manifold correction [paper] |
||||
Kenta Oshima, Hiroshima Institute of Technology |
Patched Zero-Velocity-Bouncing Trajectories: A Low-Energy Path Planning Strategy [paper] |
||||
Javier Sanchez, ESA |
An Altitude Control Strategy for Biomass [paper] |
||||
TRACKING AND ORBIT DETERMINATION (2) - Chairs: Stefano Pessina / EUMETSAT, Junichiro Kawaguchi / ANU
|
|||||
Felix Stechowsky, GMV |
Catalog maintenance with non-cooperative maneuvering space objects [paper] |
||||
Piyush Kumar Gaurav, Indian Space Research Organization (ISRO) |
Aditya-L1: Reference Attitude design and analysis [paper] |
||||
Moeko Hidaka, Japan Aerospace Exploration Agency |
An Integrity Assessment Method of Angles-Only Navigation Solutions in Non-Cooperative Rendezvous Operations [paper] |
||||
Junichiro Kawaguchi, Australian National University (anu) |
An Innovative Step-by-Step Construction of Navigation Network around/on the Moon and Other Celestial Bodies [paper] |
||||
Han Liu, Purple Mountain Observatory, Chinese Academy of Sciences |
Maneuver prediction for constellation satellites based on the Informer model [paper] |
||||
GN&C MEASUREMENT SYSTEMS - Chairs: Frank Dreger / ESOC, NAoya Ozaki / JAXA
|
|||||
Anthony Aborizk, University of Florida |
An On-Line Global Search Approach to Underactuated Docking Operations Via Model Predictive Control and the Cross-Entropy Method [paper] |
||||
Sergio Cuevas Del Valle, Universidad Rey Juan Carlos |
Integral berthing with non-cooperative targets through a pseudospectral, shape-based solver and MPC [paper] |
||||
Yuki Matsumoto, Japan Aerospace Exploration Agency |
GNC Design and Fuel Consumption Analysis in MMX Approach and Vertical Descent Phase [paper] |
||||
Chuncheng Zhao, Politecnico Di Milano |
Energy-optimal low-thrust control of constrained relative motion for long-term spacecraft hovering [paper] |
||||
MISSION AND TRAJECTORY DESIGN (3) - Chairs: Frank Budnik / ESOC, Alain Lamy / CNES
|
|||||
Marion Burnichon, European Space Agency - ESTEC |
Using intermediate NRHOs for phasing with the Lunar Gateway in future lunar exploration missions. [paper] |
||||
Jeremy Knittel, University Of Colorado |
Automated Optimization of Weak Stability Boundary Lunar Transfers for the LunaH-Map Mission [paper] |
||||
Alessandro Martinelli, Politecnico Di Milano |
Design and Optimization of Weak Stability Boundary Transfers to Unstable Libration-Point Orbits: an Application to the LUMIO CubeSat [paper] |
||||
Sebastien Origer, European Space Agency - European Space Research and Technology Centre (ESTEC) |
Closing the gap: Optimizing Guidance and Control Networks through Neural ODEs. [paper] |
||||
MISSION AND TRAJECTORY DESIGN (4) - Chairs: Vicente Companys / ESOC, Alain Lamy / CNES
|
|||||
Javier Hernando-Ayuso, Ispace |
Ballistic Lunar Transfer design with constraints on the arrival orbital plane [paper] |
||||
Harry Holt, University Of Auckland |
Extremely low-altitude lunar station keeping using eccentricity vector control [paper] |
||||
Junji Kikuchi, Japan Aerospace Exploration Agency (jaxa) |
Off-Nominal Trajectory Design of NRHO Transfer for Crewed Mission to Gateway [paper] |
||||
Pablo Muńoz, ESA |
Hera Trajectory Design: from Launch to Arrival at the Didymos Binary Asteroid [paper] |
||||
Andrea Sesta, University of Rome La Sapienza |
Nonlinear guidance for a transfer orbit to the Moon [paper] |
||||
Flavio Tagliaferri, Sapienza University of Rome |
Global Optimization for Trajectory Design via Invariant Manifolds in the Earth-Moon Circular Restricted Three-Body Problem [paper] |
||||
MISSION AND TRAJECTORY DESIGN (5) - Chairs: Brent Buffington / JPL, Pierluigi Righetti / EUMETSAT
|
|||||
Jared Blanchard, Stanford University |
Analysis of Invariant Funnels in the Circular Restricted Three-Body Problem [paper] |
||||
Spencer Boone, ISAE-SUPAERO |
Catalog and characterization of science orbit configurations for an Enceladus orbiter [paper] |
||||
Stefano Campagnola, Jet Propulsion Laboratory |
Europa Clipper Mission Analysis: Design of the 21F31 Reference Trajectory [paper] |
||||
José Carlos García Mateas, ISAE-SUPAERO |
Multi-Objective Dynamic Programming for Saturn Moon Tours Design [paper] |
||||
Danny Owen, University Of Surrey |
Transfer Trajectory Design in the Jupiter-Io-Europa-Ganymede Tri-circular Problem [paper] |
||||
José Carlos García Mateas, ISAE-SUPAERO |
Automated Design of Pseudo-Orbiter Phases for Ocean World's Global Mapping [paper] |
||||
Jonas Hener, Uni Bern |
JUICE: In-mission synergy of science and navigation ephemeris products - Application to potential benefits for statistical Delta-V expenditure. [paper] |
||||
Johannes Herzog, German Aerospace Center DLR/GSOC |
A Novel Approach for Tracklet-Object Association Using a Pseudo-Probability Metric [paper] |
||||
Yuki Ishihara, Teikyo University |
Quaternion Representation of Rotation from the Aspect of Group Theory [paper] |
||||
Christophe Koppel, Kopoos Consulting Ind. |
On the use of the Oberth effect [paper] |
||||
Pau Lahoz Gaitx, Isae-Supaero/CNES |
Analysis of Distant Retrograde Orbits in the Earth-Moon system [paper] |
||||
Miguel Leiva, University Carlos III of Madrid |
Deep Learning Optical Navigation for Efficient Active Debris Removal [paper] |
||||
Sabine POL-MORENO, CS Group - Germany GmbH |
Criticality of the fuel consumption estimation towards the End Of Life of a satellite [paper] |
||||
Antonio Prado, National Institute for Space Research |
Analytical Modeling of Gravitational Potential of Irregularly
Shaped Celestial Bodies: Application to (101955) Bennu [paper] |
||||
Jesús Robles, GMV Aerospace and Defence, SAU |
Leader-follower: a formation flying strategy for Earth observation missions. [paper] |
||||
Juan Félix San-juan, University Of La Rioja |
A PARAMETRIC STUDY OF ORBITAL LIFETIME BASED ON SEMI-ANALYTICAL INTEGRATION—THE CASE OF INTEGRAL [paper] |
||||
Romain Serra, Exotrail |
Impulsive, high-fidelity station keeping using semi-infinite programming: application to the geosynchronous case [paper] |
||||
Lorenz Veithen, Delft University of Technology @ Deutsches Zentrum für Luft- und Raumfahrt |
Feasibility Analysis of Small-Size Space Debris Removal
in Low-Earth Orbit by Space-Based Laser Ablation [paper] |
||||
Lorenz Veithen, Delft University of Technology @ Deutsches Zentrum für Luft- und Raumfahrt |
Predictor-Controller Approach for Q-Law 6th Element Targeting in Low-Thrust Trajectory Design [paper] |
||||
Davide Amato, Imperial College London |
Revisiting Filtering of Two-Line Element Sets for Higher Precision Ephemerides [paper] |