ESA GNC Conference Papers Repository
147 search results:
Performance achievement and verification of unprecedented stability AOCS for EUCLID
Salvador Llorente-Martinez, Alfredo Agenjo, Raul Sanchez-Maestro, Lex Meijer, Massimiliano Saponara, Carole Rosso, Francesco Cacciatore
Modeling, Simulation, and Visualization Environment to Support Independent Verification and Validation of Artemis 1 Separation Events
Paul Tartabini, Brett Starr, Jeremy Shidner, Rafael Lugo, Benjamin Tackett, Esther Lee, Scott Angster, Bandu Pamadi, Peter Covell, Tannen VanZwieten
Path to First Flight of Adaptive Augmenting Control on NASAs Space Launch System for Artemis I
Tannen VanZwieten, John Wall, Jeb Orr
Primer vector theory based optimal guidance for orbital transfers in cis-lunar environment
Gabriele Gemignani, Mario Innocenti, Giordana Bucchioni
Development of highly adaptive reaction wheels for geostationary and high agility satellites
Friedrich Bartels, Christian Raschke, Eric Desplats
GMVISION: CO-PROCESSOR FOR COMPLEX VISION-BASED AUTONOMOUS NAVIGATION IN SPACE
Dragos-Georgel Gogu, C?lin-George Mihalache, Florin-Adrian Stancu, Massimo Casasco, Olivier Dubois-Matra, David Merodio Codinachs, Fabio Vollaro, Julia Wajoras
Artemis Navigation Architecture: Early Capabilities and Long Term Evolvability and Evolution
Evan Anzalone, Cheryl Gramling
Flat-sat facility for processor-in-the-loop verification and testing of nanosatellite ADCS
Andrea Colagrossi, Stefano Silvestrini, Michèle Lavagna
Learning-based Control and Estimation for Attitude Regulation of a Reusable Launcher for Landing Scenario
Anton Cervin, Venkatraman Renganathan, Anders Rantzer, Johan Grönqvist, P Rosa, J.P. Belfo, N Somma, A Botelho, G Tofanelli, A Marcos, J Vasconcelos, D Navarro-Tapia, J Belhadj, M Casasco, S Bennani
Study of re-entry guidance for orbital recovery and rocket first stage recovery
Shuichi Matsumoto, Hisaaki Arai, Tomohiko Sakai
Generating a Synthetic Event-Based Vision Dataset for Navigation and Landing
Loïc Azzalini, Emmanuel Blazquez, Alexander Hadjiivanov, Gabriele Meoni, Dario Izzo
Leveraging Sensors Fusion to Enhance One-way Lunar Navigation Signals
Michele Ceresoli, Giovanni Zanotti, Michèle Lavagna
GPU-based Augmented Trajectory Propagation: orbital regularization interface and NVIDIA CUDA Tensor Core performance
Alessandro Masat, Camilla Colombo, Arnaud Boutonnet
Stochastic Continuation for Space Trajectory Design
Giacomo Acciarini, Nicola Baresi, David Lloyd, Dario Izzo
Successive Convexification for On-board Scheduling of Spacecraft Rendezvous Missions
Thomas Claudet, Jérémie Labroquère, Francesco Sanfedino, Daniel Alazard
Development of Redundant Integrated Navigation System (RINS) for launch vehicle
Tomonori Ichikawa, Shuichi Matsumoto, Tomohiko Sakai, Mizuki Komiyama, Masahiko Kakinuma, Tomoaki Eda, Masaru Kasahara, Masataka Ushijima
Close Proximity Operations for a 3 Nanosatellites Formation in LEO
Michel Delpech, Irene Valenzuela
Robust Control Design via Structured H-infinity for the Atmospheric Re-entry of Reusable Launchers
Alice De Oliveira, Michèle Lavagna
Collision Analysis for Multiple Satellites Released from a Common Dispenser
Antonio D'Anniballe, Leonard Felicetti, Stephen Hobbs, Dylan Harrison-Bayes
Guidance, Navigation and Control for the autonomous rendezvous and docking of cooperative targets
Alvaro Martinez, Jesus Ramirez, Francesco Cacciatore, Pablo Gonzalez
Evaluating differential GNSS techniques for landing the 1st stage of an RLV with a skydiver experiment
Benjamin Braun, Markus Markgraf
AIMONS, V&V process update of AOCS OBSW application
Pierre Dandré, Vasco Pereira, Tiago Grossinho, Fabrice Grisi, Anio Beqiri, Ilario Cantiello, Mme Bénédicte Girouart, Davide Oddenino
AstroBus NEO - A Flexible Satellite Platform Product for Earth Observation Missions
Benjamin Kraft, Edgar Zaunick, Johannes Löhr, Patrick Bergner, Domenico Reggio, Jerome Bourdon, Georg Wiedermann
Validation and Verification of the long-term dynamic evolution of non-operational satellites in LEO to enable Active Debris Removal missions
Alain Benoit, Tiago Soares, Vasco Pereira, Vincent Conings, Estefania Padilla, Enrico Melone, Martin Kruse, Peter Offterdinger, Holger Oelze
The CIMR satellite challenges and design solutions for AOCS system
Francesco Santilli, Andrew Hyslop, Mariel Triggianese, Marcello Sallusti, F. Santoni, A. Primavera, G. Zaccari, F. Gennari, A. Colella, M. Ficorilli, Andrey Kornienko
Mini-Spacestar: a successful product updated to adapt to the needs of new space markets
Franco Boldrini, Rossano Bettarini, Dorico Procopio, Gianni Berrighi
The image processing of Milani: challenges after DART impact
Mattia Pugliatti, Carmine Giordano, Francesco Topputo
The SysAOCS project: from ESA AOCS/GNC Documents to Digital Models
Alvaro Martinez, Sofia Orte, Lorenzo Tarabini Castellani, Quirien Wijnands
Pioneering the Small Bodies Frontiers: The Key Enabling Technologies for Autonomous Precise Mobility
Maurice Martin, Edoardo Caroselli, Bangshang Liu, Patrick Suwinski, Valerij Chernykh, Klaus Janschek, Jan Olucak, Fabian Schimpf
Towards New V&V in AOCS/GNC for Industrial Efficiency
Maurice Martin, Stefan Winkler, Frederik Belien
Flight results of Redundant MEMS IMU (MARIN) on satellite and launch vehicle
Shuichi Matsumoto, Mizuki Komiyama, Yasuyuki Sakurai, Takahumi Moriguchi, Tsunaki Kawabuchi, Ryohei Uchino, Hideyuki Doyama
Autonomous Star Tracker performance approaching Dimorphos Asteroid in DART Mission
Franco Boldrini, Rossano Bettarini, Dorico Procopio, Gianni Berrighi, Emil Superfin, Sarah Hefter, Daniel O'Shaughnessy
HIGH-FIDELITY LINEAR FRACTIONAL REPRESENTATION OF THE BENDING MODES OF A LAUNCH VEHICLE
Mirko Aveta, Miss Patrizia Cotugno, Giuseppe Leto, Alessandro Lopez, Gianluca Curti
Moment of Inertia Measurement of a CubeSat Through Object Motion Tracking of Trifilar Pendulum Oscillations
Bas Stijnen, Joseph Thomson, Eoghan Somers, David McKeown
Realistic, synthetic image generation for simulating lunar approach and pinpoint landings through enhancing DEMs with PANGU
Iain Martin, Martin Dunstan, Deren Vural, Manuel Sanchez-Gestido
Development of a Control Moment Gyroscope for Small Satellites
Alexander Mayer, Lisa Hafemeister, Roy Bretfeld, Christian Raschke, Heiko Jahn
Successive convexification-based fuel-optimal high-altitude guidance of the RETALT reusable launcher
Fabio Spada, Pietro Ghignoni, Afonso Botelho, Gabriele De Zaiacomo, Paulo Rosa
LAUNCH VEHICLE STIFFNESS BUDGET SENSITIVITY TO CONTROL STABILITY CONSTRAINTS
Miss Patrizia Cotugno, Mirko Aveta, Giuseppe Leto, Alessandro Lopez, Gianluca Curti
Refactoring the AOCS/GNC Sub-System from HERA to COMET-INTERCEPTOR - a Lesson in Minimizing Validation Efforts Using Small-Body Heritage
Simon Chalkley, Claire McCrorie, Francisco Da Silva Pais Cabral, Pablo Colmenarejo, José Francisco Briz, Pedro Cachim, Maciej Quoos, OleksanNaronin , Julia Wajoras, João Pedro Rei, Jorge Arnedo, Carlos Corral Van Damme, Manuel Sanchez Gestido, Andrew Hysl
Pose estimation of chaotic motion of Didymos' moon using CNN-based Image Processing algorithm
Aurelio Kaluthantrige Don, Jinglang Feng, Jesús Gil-Fernández
Verification & validation of optimisation-based control systems: methods and outcomes of VV4RTOS
Pedro Lourenço, Hugo Costa, João Branco, Pierre-Loïc Garoche, Arash Sadeghzadeh, Jonathan Frey, Gianluca Frison, Anthea Comellini, Massimo Barbero, Valentin Preda
Spherical Air-bearing AOCS testbed with parasitic moments of inertia cancelation
Nemanja Jovanovic, Jaan Praks
Reconfigurable On-Board Guidance for (Micro-) Launchers
Dimitrios Gkoutzos, Malte Neuss, Tiago Milhano, Said Mohamad
JUICE Attitude and Orbit Control System : major HW & SW challenges from design to development & validation
Pascal Regnier, Jeremy Llamas, Jonathan Grzymisch
ASTOS The Complete Toolchain for Launch Vehicle Trajectory Simulation, GNC Design and V&V
Dimitrios Gkoutzos, Tiago Milhano, Malte Neuss, Jorge Valderrama, David Levi, Julia Gente, Said Mohamad, Valerio Rossi, Sven Weikert, Andreas Wiegand
Real-time Rasterization Simulation of Thermal Infrared images for spacecraft applications
Deren Vural, Iain M. Martin, Martin Dunstan, Manual Sanchez-Gestido
Robust Control of Free-Flying Space Manipulator for Capturing Uncontrolled Thumbling Objects
Mauro Massari, Davide Invernizzi, Marco Lovera, Pietro Ghignoni, Lorenzo Ticozzi
Deep Reinforcement Learning based Integrated Guidance and Control for a Launcher Landing Problem
Paulo Rosa, José Fernandes Vasconcelos, Nicola Somma, Afonso Botelho, Giangregorio Tofanelli, Juan Ignacio Bravo, Robert Hinz, Joris Belhadj, Massimo Casasco, Samir Bennani
Integral Quadratic Constraint-Based Robustness Analysis of Launch Vehicles
Felix Biertümpfel, Dimitrios Gkoutzos, David Levi, Jorge Valderrama, Harald Pfifer
Design of Identification and Compensation Methods for Space Rider GNC Algorithms
Cristiano Garino, Ing. Marco Giannini, Elisa Capello
The CubeSat Mission FUTURE: a Preliminary Analysis to Validate the On-board Autonomous Orbit Determination
Carmine Buonagura, Salvatore Borgia, Mattia Pugliatti, Alessandro Morselli, Fancesco Topputo, Filippo Corradino, Pierluigi Visconti, Luca Deva, Alberto Fedele, Giuseppe Leccese, Silvia Natalucci
Investigating Advanced AOCS Techniques to Improve Robustness and Reliability of Low-Cost Missions
Garima Pandey, Giovanni Lapiccirella, Marco Lovera, Davide Invernizzi, Salvatore Meraglia, Carole Rosso, Ilario Cantiello
AOCS innovations for Airbus OneSat platform
Juan Manuel de LAIGLESIA, Quentin BARBES, Benjamin JANVIER, Philippe LAURENS, Carole ROSSO
RVS®3000 LIDAR Product Family from Rendezvous and Docking Applications to Hazard Mapping for Planetary Landing
Thomas Kämpfe, Christoph Schmitt, Michael Windmüller, Michael Schwarz, Max Möller
Enhancing the Guidance, Navigation and Control of Autonomous Parafoils using Machine Learning Methods
Lukas Hewing, Dennis Gramlich, Chris Verhoek, Rafael Polonio, Joost Veenman, Carlos Ardura, Roland Tóth, Christian Ebenbauer, Carsten Scherer, Valentin Preda
CubeNav: A Flight Dynamics tool to support Guidance and Navigation Operations of deep-space CubeSats
Julia Muylle, Alessandro Morselli, Alfredo Locarini, Luis Gomez Casajus, Marco Maggi, Marco Zannoni, Francesco Topputo
Enabling AI-in-the-loop AOCS algorithms on in-flight hardware: from conception to in-orbit demonstration in ESA OPS-SAT
Miss Maria Carrillo Barrenechea, Pierre Lachevre, Ilke Karsli Terjan, Mark Watt, Carlos Hervas Garcia
New Developments in Attitude Control Hardware-in-the-Loop Testing
Anja Nicolai, Christian Raschke, Cloe-Marie Mora, Roy Bretfeld, Adrian Stroschke, Vincent Delayat, Philippe Vidal, Thomas Terzibaschian
AIRBUS DS HCA: HIGH CAPACITY ACTUATOR FOR SMALL SATELLITE MISSIONS
Fabien Segon, Aurélien Dupuis
AIVIONIC - Artificial intelligence techniques in on-board avionics and software
Marcos Quintana, Baltazar Parreira, Robert Hinz, João Belfo, Paulo Rosa, Jesus Balsalobre, Francisco Membibre, Antonio Latorre, Fintan Bucley, José Luis Espisona-Aranda, Elena Hervas-Martin, Jesús Gamero-Tello, Ilaria Bloise, Lorenzo Feruglio, Mattia Vari
Multidisciplinary Design Optimisation for Missionisation of Re-entry Vehicles: Preliminary Mission Design and Mission Capabilities Evaluation of Winged Re-Entry Vehicles Case Study
Jacopo Guadagnini, Gabriele De Zaiacomo
Comet Interceptor: AOCS/GNC Design Challenges for Flying through the Dust Environment of a Comet
Per Bodin, Francesco Giuliano, Lisa Stenqvist Hanbury, Giuliano della Pietra, Danilo Morea, Andrew Hyslop, Carlos Corral van Damme, Manuel Sanchez Gestido, Nicola Rando, Robin Courson
A software suite for conjunction analysis assessment in Space Surveillance and Tracking applications
Sergio Bonaccorsi, Marco Felice Montaruli, Pierluigi Di Lizia, Moreno Peroni, Alessandro Panico, Marco Rigamonti, Francesco del Prete
Fast Sequential Convex Programming with Relaxed Convergence Criteria
Alexander Popov, Cristiano Contini, Mattia Zamaro
ARIETIS and ARIETIS-NS gyros test results and qualification status
Alberto Torasso, Romain Diram, Alan Heffernan, Steeve Kowaltschek
AQUILA and 3AA: design and test results of high-accuracy accelerometer sensor and equipment
Alberto Torasso, Rabin Francis, Jeroen Vandersteen
GNC functional architecture design and implementation of the LISA drag-free control system
Raúl Sánchez Maestro, Joost Veenman, Jorge Cardin, Jonathan Grzymisch, Valentin Preda
Hybrid Navigation for Launchers Using Multiple Low-Cost Inertial Measurement Units
Tiago Milhano, Julia Gente, Dimitrios Gkoutzos
ASTROtir A multi-purpose thermal infrared camera
Simon Chelkowski, Thomas Hennig, Thomas Schneider, Fabian Lami, Steffen Kirschstein, Steffen Rienecker
Current Status of the LUMIO Autonomous Optical Navigation Experiment
Paolo Panicucci, Felice Piccolo, Antonio Rizza, Salvatore Borgia, Vittorio Franzese, Francesco Topputo
Attitude Guidance Using On-Board Optimisation
Per Bodin, Kristian Lindqvist, David Seelbinder, Artemi Makarow, José Garrido, Alessandro Visintini, Marilena Di Carlo, Andrew Hyslop, Valentin Preda
Towards Validation and Verification of Autonomous Vision-Based Navigation for Interplanetary Spacecraft
Paolo Panicucci, Eleonora Andreis, Fabio Ornati, Francesco Topputo
High-precision pointing platform performance simulations for small spacecraft missions
Wim De Munter, Jeroen De Maeyer
Artificial Intelligence for Terrain Relative Navigation in Unknown Environments
Marcos Avilés, Maciej Quoos, Jesús Gil Fernández, Julia Wajoras
Guidance, Navigation & Control on-board architecture for Mars Sample Return Rendezvous & Capture
Alexandre Falcoz, Sophie Narbonne, Keyvan Kanani, Pierre Blanc-Paques, Marc Jacquiau, Jérémy Lesprier, Xavier Manuel-Juanpere, Benjamin Charbaut, Leila Lorenzoni, Paul Duteis, Christoph Steiger
Adaptive Control for Vibration Attenuation of a Laser Communication Terminal
Frederik Thiele, Iñigo Fernandez Imaña, Xavier Manuel Juanpere, Harald Pfifer
Identification of ascent phase launcher dynamics using machine learning
Diego Navarro-Tapia, Andrés Marcos, Joris Belhadj
On-Board Deployment Event Verification for GOES-R Spacecraft
Jim Chapel, Tim Bevacqua, Graeme Ramsey, Russell Gehling, Timothy Rood, Douglas Freesland, Alexander Krimchansky
GOES-R GN&C Capabilities Used to Support Instrument Anomaly Investigations
Jim Chapel, Timonthy Bevacqua, Graeme Ramsey, Timothy Rood, Douglas Freesland
Dynamics and Aerodynamic Control of a Cross-Track Tether Satellite System
Stefano Aliberti, Marco B. Quadrelli, Marcello Romano
Assisted Reentry for All-Electric LEO Spacecraft
Kristen Lagadec, Dorian Gegout
Low-thrust deorbiting after dual reaction wheel failure: autonomous attitude guidance and hybrid actuator control mode
Rémi Aymon, Rémi Caravaca, Antoine Ozenne
Hazard Detection & Avoidance and Optical Navigation Integration Demonstration for Autonomous Moon Landing Applications
Jean-François Hamel, Ludwik Sobiesiak, Cédric Godin, Maxime Minville, Wil Travis, Bernardo Lobo-Fernandes
A Passive Device for Postmortem Detumbling/Antitumbling of LEO Satellites, to Facilitate Active Removal
Maxime Senes, Kristen Lagadec, Baptiste Brault, Bertrand Raffier
Using a Star-tracker in degraded modes: outputs of the STEAM R&D study
Kristen Lagadec, Gonçalo Aguiar, Tobias Rudolph
Generation of Artificial Infrared Camera Images for Visual Navigation Simulation
Krystian Zy?k, Micha? Ha?o?, Kacper Kaczmarek, Marcin Kasprzyk, Piotr Rodo, Olgierd Skromak, Mateusz Sochacki
Probabilistic stability margins and their application to AOCS validation
Miss Franca Somers, Clément Roos, Francesco Sanfedino, Samir Bennani, Valentin Preda
INTEGRAL operations and mission rescue without thrusters
Patrick Chapman, Richard Southworth, Jim Martin
Ariel - AOCS overview, Safe Mode and Normal Mode design
Patrick Chapman, Warren Hamilton, Goncalo Aguiar, Renaud Broquet, Gianfranco Sechi, Gonzalo Saavedra Criado
Fault Tolerant Control for a Cluster of Rocket Engines Methods and outcomes for guidance and control recovery strategies in launchers
Nuno Paulino, Cristina Roche Arroyos, Luís Ferreira, Matteo Pascucci, Jorge Arnedo García, Diego Navarro-Tapia, Andrés Marcos, Mohamed Lalami, Paul Alexandre, Pedro Simplício, Samir Bennani, Massimo Casasco, Pedro Lourenço, Pedro Cachim
ALTIUS Attitude and Orbit Control System Software and System-Level Test Results
Amélie St-Amour, Pamela Woo, Ludwik A Sobiesiak, Bernardo Lobo-Fernandes, William Travis, Marie-Kiki Langelier, Jean de Lafontaine, Simon Debois, Piotr Wenderski
Station-keeping under conical constraint on the control force
Miss Alesia Herasimenka, Ariadna Farrés, Lamberto Dell'Elce
MSR-ERO Rendezvous Navigation Sensors and Image Processing
Keyvan Kanani, Alex Marchand, Alexandre Falcoz, Christian Kracht, Tristan Röll, Thomas Kämpfe, Antoine Lecocq, Michaël Richert, Pierre Goux, Thierry Bomer, Léo Novelli, Leila Lorenzoni, Manuel Sanchez Gestido
LiDAR based pose tracking of an uncooperative spacecraft using the smoothed normal distribution transform
Leo Renaut, Heike Frei, Andreas Nüchter
Guidance, navigation and control for the autonomous return-to-launch-site functionality of experimental free-falling-units ejected at high altitude from a sounding rocket
Renato Franzè
Adaptation of Pre-Existing Navigation Library BOLERO for Interplanetary Missions
Nicolas DELONG, Aurélia Bourgeaux, Guillaume Juif, Chiara Rusconi
Inertial and digital line of sight stabilization for LEO and GEO missions
A. Torasso, Nicola Guercio, Simon Henrot, Thomas Chambon, Nicolas Deslaef, Fabrice Boquet, Francesco Sanfedino, Daniel Alazard, L. Berrojo, E. Muñoz De La Torre, P. Spanoudakis, J. Rouvinet
Embedded Optimization for Space Rider Reentry Module Parafoil GNC
Jesús Ramírez, Lukas Hewing, Francesco Cacciatore, Jorge Cardin, Michele Lucrezia
Space Rider Re-Entry Module Scaled Down Flight Test Campaign
Francesco Cacciatore, Jorge Cardín, Guillermo Rodríguez, Héctor Gutiérrez
CNN-based Autonomous Hazard Detection: a LiDAR-less approach.
Pelayo Peñarroya, Pablo Hermosín, Simone Centuori
Design of a Low Micro Vibration High Precision CubeSat Reaction Wheel
Cedric Cuypers, Tjorven Delabie, Jelle Lanting, Wim De Munter, Rhimas Van de Putte, Joren Malfroy, Lubna Hamid
Investigation of the Robustness of Neural Density Fields
Jonas Schuhmacher, Fabio Gratl, Dario Izzo, Pablo Gómez
Monolithic Versus Distributed Structure/Control Optimization of Large Flexible Spacecraft
Francesco Sanfedino, Daniel Alazard, Andy Kiley, Mark Watt, Pedro Simplicio, Finn Ankersen
Hardware-in-the-Loop Simulations of a Navigation Camera in a Cometary Dust Environment
Christina Toldbo, Jesper Henneke, John Leif Jørgensen, Per Bodin, Robin Courson
Determining Dimorphos' mass from the wobble of Didymos
Björn Grieger, Michael Küppers
Methods and Procedure for the nonlinear dynamic characterization of Inertial Sensors under diverse operational conditions
Leonardo Borges Farconi, Matias Bestard Körner
Learning-based motion control of a rover on unknown ground
Niklas Baldauf, Alen Turnwald, Toni Lubiniecki, Kristin Lakatos, Nickolaos Panagiotopoulos
Attitude control laws validation through probabilistic µ-analysis : application to a microsatellite control laws
Hélène Evain, Tommaso Casati, Clément Roos, Jean-Marc Biannic
Trajectory Optimization of a Swarm Orbiting 67P/Churyumov-Gerasimenko Maximising Gravitational Signal
Rasmus Maråk, Emmanuel Blazquez, Pablo Gómez
High-Accuracy Star Tracker ASTRO XP
Uwe Schmidt, Richard Würl, Martin Griebel, Jörg Reichardt, Daniel Adolf, Thomas Kühn, Steffen Kirschstein, Ingolf Steinbach
Industrialization: D-Orbits experience with the AOCS Platform
Anastasiya Osik Shaydurova, Emanuele Paolini, Giovanni Corinaldesi, Pietro Bernardini
Evaluation of optical absolute navigation method using craters for lunar south pole landing
Svenja Woicke, Hans Krüger
ASTROSIM: A MINOR CELESTIAL BODY ENVIRONMENTS SIMULATION SUITE.
Pelayo Peñarroya, Pablo Hermosín, Simone Centuori, Lars Hinüber
Cis-Lunar Transfer Vehicle: Mission Analysis for an ESA Transfer Vehicle to the Gateway
Slim Locoche, Rémi Delage, Philippe Leblond, Waldemar Martens, Lorenzo Bucci, Jessica Grenouilleau, Salvatore Vivenzio, Alain Lamy
ASTOS Orbit Generator - rapid creation of quasi-optimal orbital transfers in the 2BP, CR3BP and BCR4BP
Maximilian Walther, Andreas Wiegand
Towards nano-g sensing for high precision orbital manoeuvres
Mark Beker, Alessandro Bertolini, Matthijs Heeres, Tjitte-Jelte Peters, Aran Dokoupil, Johannes van den Brand
Propellant sloshing effect modelling of spacecraft with Machine Learning
Jules-Edouard Denis, Oscar Ortiz Casanova, Xavier Manuel Juanpere, Oihana Coustie, Claire Thevenot, Hélène Evain, Denis Standarovski
CHEOPS: AOCS in-flight experience
Amador López Pina, Alberto Pizarro Rubio
EROSS+ ground demonstrations from Model to Hardware in the Loop validation
Vincent DUBANCHET, Davide CASU, Anthea COMELLINI, Alexandre GIGLIO, Juan Antonio BEJAR ROMERO, Sebastian TORRALBO DEZAINDE, Mercedes ALONSO
EROSS+ Phase A/B1 Guidance, Navigation and Control design for In-Orbit Servicing
Davide Casu, Vincent Dubanchet, Hervé Renault, Anthea Comellini, Pierre Dandré
Safety in GNC systems design for In-Orbit Servicing during Rendezvous and close proximity operations
Davide Casu, Anthea Comellini, Vincent Dubanchet, Hervé Renault, Lorenzo Bitetti, Pierre Dandré
Low-level image processing for detecting faint asteroid in the Hera mission
Dominik Markowski, Steeve Kowaltschek, Enrico Melone
The MetOp-SG Satellite Attitude Control System - Challenges and Solutions
Georg Wiedermann, Tobias Rudolph, Marianna Vitelli, Stefan Winkler, Razvan Luzi
Semi-analytical estimation of the probability of capture into 1:1 ground-track resonance of a low-thrust spacecraft around an asteroid.
Wail Boumchita, Jinglang Feng, Anatoly Neishtadt
Aerocapture Guidance Design for the AERODEM Mission
Philippe Vernis, Andrew Ball
Launcher Attitude Control based on Incremental Nonlinear Dynamic Inversion: a Feasibility Study towards Fast and Robust Design Approaches
Pedro Simplicio, Paul Acquatella, Samir Bennani
Dynamics modeling, robust attitude control and worst-case analysis of an on-orbit robotic servicing mission involving flexible large spacecraft
Ricardo Rodrigues, Francesco Sanfedino, Daniel Alazard, Valentin Preda
SWOT: an AOCS answering to high payload constraints and a controlled reentry of a large satellite
Laia Ramio-Tomas, Bertrand Raffier, Carole Dufour
Double-stage active control of micro-vibrations for high accuracy pointing missions
Francesco Sanfedino, Daniel Alazard, Nicola Guercio, Nicolas Deslaef
Feasibility assessment of a Fine Guidance Sensor in the Infrared band
Andrea Bosco, Ing. Nicolas Deslaef, Alessandro Spagna
The Euclid AOCS and FGS verification tasks on the Proto-Flight Model
Massimiliano Saponara, Andrea Bosco, Salvador Llorente, Lex Meijer, Carole Rosso
Recent Trends in Computational Guidance and Control for Space Applications
Marilena Di Carlo, Carlos Belmonte Hernandez, Luca Macchiaiolo, Alessandro Visintini, Marco Berlin, Nils Neumann
AOCS FINE POINTING TECHNIQUES FOR ESA PLATO MISSION
Nicolas Kutrowski, Pietro Cruciani
SELECTING KEY FEATURES OF 3D OBJECT MODEL FOR RELATIVE POSE ESTIMATION
Ksenia Klionovska, Matthias Burri
A robust and flexible AOCS architecture for OHBs Standard Earth Observation Platform (EOS)
Julio Rodriguez
Tapping the Potential of Adaptable Control and Estimation Methods for Satellite AOCS
Ramin Geshnizjani, Maurice Martin, Razvan Luzi, Stefan Winkler, Iñigo Fernandez Imana, Xavier Manuel Juanpere, Felix Biertümpfel, Harald Pfifer
Design of the MMX Rover Attitude Control System for Autonomous Power Supply
Sandra Lagabarre, Sébastien Goulet, Simon Tardivel, Frans IJpelaan, Fabian Buse, Stefan Barthelmes, Juliane Skibbe
Bennunet - Applying Machine Learning Techniques for Autonomous Optical Relative Navigation of an Asteroid
Alfredo Escalante, Manuel Sanjurjo Rivo, Pablo Ghiglino
Meteosat Third Generation : first AOCS in flight results from PFM-I1 LEOP and commissioning
Pierre Dandré, Laurent Pirson, Livio Ascani, Gianfranco Sechi, Ernesto Cerone, Stefano Pessina
PODIUM: A pulsar navigation unit for science missions
Francesco Cacciatore, Víctor Gómez Ruiz, Gonzalo Taubmann, Jacinto Muñoz, Pablo Hermosín, Marcello Sciarra, Martiño Saco, Nanda Rea, Margarita Hernanz, Emilie Parent, Jeroen Vandersteen
MSR-ERO : Narrow Angle Navigation Camera
Pierre Goux, Antoine Lecocq, Michaël Richert, Thierry Bomer, Keyvan Kanani, Alex Marchand, Manuel Sanchez-Gestido
The Juventas GNC Subsystem, Autonomous Landing on the Surface of the Binary Asteroid Dimorphos
Víctor Manuel Moreno Villa, Florin-Adrian Stancu, Daniel Ovejero Provencio, Andrei Valentin Plamadeala, Marcos Nistal Reñones, Adalberto Domínguez Castillo, Camiel Plevier, Mehdi Scoubeau, Francisco da Silva Pais Cabral
Design and Development of R2M2 a Multi-Physics Modeling Tool for Reusable Launch Vehicles
Björn Gäßler, Lâle Evrim Briese, Paul Acquatella, Pedro Simplício, Samir Bennani, Massimo Casasco
Design, Development, Validation and Verification of the HERA GNC subsystem
Andrea Pellacani, Francesco Pace, Rafael Contreras, Francisco da Silva Pais Cabral
In-Orbit Assessment of a Physics-based Star Tracker Model using DART and PSP Flight Data
Scott Miller, Mark Pittelkau, Emil Superfin, Dan O'Shaughnessy
SALTO: An Expert-Informed Global Trajectory Design and Optimization Toolkit
Waldemar Martens, Johannes Schoenmaekers, Gábor Varga, Colin Baumgard, Olga Ramírez Torralba, Pablo Muñoz, Moritz von Looz, Ruaraidh Mackenzie
Everything you always wanted to demand from a digital Sunsensor but couldn't get
Johan Leijtens, Dick Broekmans, Frank Stelwagen