Programme

Welcome and conference chair opening conference

Tim Flohrer, ESA

Address by ESA Director General Josef Aschbacher

Josef Aschbacher, ESA

Welcome by ESOC Head of Establishment and Director of Operations Rolf Densing

Rolf Densing, ESA

Introduction of Space Debris Movie by Stijn Lemmens

Stijn Lemmens, ESA

Premiere Space Debris Movie "Time to Act"

Space Debris Movie, ESA

The Space Debris Challenge - ESA's Response

Holger Krag, ESA

The future of space debris laser ranging - Towards high precision MHz daylight space debris laser ranging?

Michael Steindorfer, Space Research Institute, Austrian Academy of Sciences

Daylight Laser Ranging of Space Debris with a Geodetic Laser from the SwissOGS: First Experiences

Julian Rodriguez, Astronomical Institute University of Bern

Optimizing visual daytime satellite observations

Krzysztof Kamiński, Astronomical Observatory of A. Mickiewiecz University

Performance of Airbus Robotic Telescope and the SST data processing framework SPOOK

Giovanni Cirillo, Airbus Defence and Space GmbH

A path towards low-cost, high-accuracy orbital object monitoring

Daniel Hampf, DLR e.V.

Fostering Collaborative Concepts in Space Debris Mitigation

Vitali Braun, IMS Space Consultancy GmbH @ ESA/ESOC

De-orbit Demonstration Using Electrodynamic Tether System for Space Debris Disposal

Yusuke Egawa, ALE

Status of Development of a Deorbit Device based on Electrodynamic Tether Technology in the E.T.PACK Project

Gonzalo Sanchez-arriaga, Universidad Carlos III de Madrid

A Strategy for Mitigation of Space Debris using Space-Based Continuous-Wave Laser Illumination

Lewis Walker, University of Strathclyde

Climate Change in Space: Thermospheric Density Reductions in LEO and the Impact on the Debris Environment

Matthew K. Brown, University of Southampton

The right attitude

Panel Discussion, 8ECSD

Engineering Realities of Debris Mitigation

Darren Mcknight, Centauri

Leveraging space debris simulation results: Revisiting guideline values for explosion and cumulative collision rate

Volker Schaus, IMS Space Consultancy for ESA/ESOC Space Debris Office

Orbital Debris Mitigation and CubeSats

Chris Ostrom, HX5-Jacobs JETS Contract

Post Mission Disposal of Cartosat-2: Compliance with IADC Guidelines

Bulbul Mukherjee, ISRO

Space Debris Mitigation measures applied to European Space Transportation Systems

Christophe Bonnal, CNES

On Fast Matched Filter for Streak Detection and Ranking

Vojtech Cvrcek, Czech technical university

Astrometric measurements of satellites with Dynamic Vision Sensor

Michał Żołnowski, 6ROADS Ltd.

Efficient and Robust Algorithms for the Real-Time Optical Tracking of Space Debris

Julian Rodriguez-villamizar, Astronomical Institute University of Bern

Compressed Sensing for Satellite Characterization – Improved atmospheric modeling and sensing matrix realism

Daigo Kobayashi, Purdue University

Optical observations for energetic characterization of in-orbit explosion: the FREGAT-SB case

Gaetano Zarcone, University of Rome "La Sapienza"

Tracking Debris Cloud Fragments: Hypervelocity fragmentation measurements for validating numerical simulations

Erkai Watson, Fraunhofer EMI

On-ground HVI on a nanosatellite. Impact test, fragments recovery and characterization, impact simulations

Christian Puillet, CNES

Data of European In-situ Impact Detectors for Environment Model Validation

Karl Dietrich Bunte, etamax space GmbH

Vulnerability of spacecraft nickel-cadmium batteries to hypervelocity impacts

Robin Putzar, Fraunhofer EMI

X-ray Imagery as the Record of All Data of Interest in Hypervelocity Impact Fragment Studies

John B. Bacon, NASA Johnson Space Center

Combined Optical and Radar Measurements for Orbit Determination in LEO

Riccardo Apa, ISAE-SUPAERO

Radar Observations from the Haystack Ultrawideband Satellite Imaging Radar in 2019

James Murray, Jacobs

A Novel High-Precision Observation Mode for the Tracking and Imaging Radar TIRA – Principle and Performance Evaluation

Delphine Cerutti-maori, Fraunhofer FHR

Resident space object track reconstruction using a multireceiver radar system

Marco Felice F. Montaruli, PoliMi

A space debris search and track forward scattering radar system with a 3D phase array antenna

Sebastian Diaz Riofrio, University of Strathclyde

Simultaneous multi-site photometry of LEO satellites for rotation characterization

Oleksandr Kozhukhov, National Space Facilities Control and Test Center

Light curves application to space debris characterization and classification

Jiri Silha, Comenius University

Light Curves for GEO object characterisation

Emma Kerr, Deimos Space UK Ltd.

Multi-Hypothesis Light Curve Inversion Scheme for Convex Objects with Minimal Observations

Siwei Fan, Purdue University

ARTIFICIAL INTELLIGENCE FOR SPACE RESIDENT OBJECTS CHARACTERISATION WITH LIGHTCURVES

Keiran Mcnally, GMV

Investigation of Three Recent Atlas V Centaur Upper Stage Fragmentation Events

Pavithra Ravi, Purdue University

Evaluation of impacts of large constellations using a debris evolutionary model for considering environment capacity

Satomi Kawamoto, JAXA

Evaluation of the debris environment impact of the ESA fleet

Francesca Letizia, IMS Space Consultancy @ ESA/ESOC

Recent developments in space debris environment modelling, verification and validation with MASTER

Vitali Braun, IMS Space Consultancy GmbH @ ESA/ESOC

Flux comparison of MASTER-8 and ORDEM 3.1 modelled space debris population

Andre Horstmann, IMS Space Consultancy @ ESA/ESOC

Enhancement of the PROOF Software for Space Debris Observation Modelling and Simulation

Lorenz Böttcher, IRAS, TU Braunschweig

Updating the Massive Collision Monitoring Activity - Creating a Collision Risk Continuum

Darren Mcknight, Centauri

THE USE OF STRESS TESTS TO EVALUATE SPACE DEBRIS MITIGATION MEASURES

Hugh Lewis, University of Southampton

Pave the way for Active Debris Removal Realization: JAXA Commercial Removal of Debris Demonstration (CRD2)

Toru Yamamoto, Japan Aerospace Exploration Agency

Assessing Debris Removal Services for Large Constellations

Harriet Brettle, Astroscale

Gripper for in-orbit servicing operations

Grzegorz Stachyra, PIAP Space

Concept and Design of Robustness Improved Caging Based Debris Gripper

Nobutaka Tanishima, Japan Aerospace Exploration Agency

LiDAR Measurement Simulator Considering Target Surface Reflection

Yu Nakajima, Japan Aerospace Exploration Agency

Time to Act

Panel Discussion, ESA

DEBRISK V3: new generation of object-oriented tools

Julien Annaloro, CNES

Upgrading the re-entry risk component of ESA’s DRAMA software

Ian Holbrough, Belstead Research Ltd

Autoencoder-based Thermospheric Density Model for Uncertainty Quantification and Real-Time Calibration

Matteo Manzi, University of Strathclyde

The impact of the new NRLMSIS 2.0 on re-entry predictions

Benjamin Bastida Virgili, IMS Space Consultancy @ ESA/ESOC

Atmospheric density estimation for improved orbit determination and conjunction assessment

David Gondelach, Vyoma GmbH

Space Debris Removal with Sub-tethered Net: a Feasibility Study and Preliminary Design

Kevin A. Stadnyk, Obruta Space Solutions

Mission analysis and design for an active debris removal service for large constellations

Camilla Colombo, Politecnico di Milano

Concept Study of Spacecraft System for End-of-Life Deorbit Service Using Low-Thrust Formation

Yoji Shirasawa, Japan Aerospace Exploration Agency

Deep learning-based monocular relative pose estimation of uncooperative spacecraft

Massimo Piazza, Politecnico di Milano

Innovation in planning Space Debris removal missions using Artificial Intelligence and Quantum-inspired computing

David Snelling, Fujitsu

INSIDeR, the Innovative Net & Space Inflatable structures for active Debris Removal

Romain Ricciardi, CT Paris

Effects of Electric Potential Uncertainty on Electrostatic Tractor Relative Motion Control

Julian Hammerl, University of Colorado Boulder

Future improvements in conjunction assessment and collision avoidance using a combined laser tracking/nudging network

Heiko Dreyer, DLR e.V.

Assessing Bioinspired Concepts for Space Debris Removal and evaluating their feasibility for simple demonstrator design

Elisabeth Banken, Fraunhofer CML

Space debris and obligations erga omnes – a legal framework for States’ responsibility?

Krzysztof Niewęgłowski, Maria Curie Skłodowska University in Poland

Next-Generation Re-entry Aerothermodynamic Modeling for Space Debris using Deep Learning

Nicholas Sia, West Virginia University

SCARAB 4 - Extension of the high-fidelity re-entry break-up simulation software based on new measurement types

Ronny Kanzler, HTG - Hyperschall Technologie Göttingen GmbH

Probabilistic Comparison of Destructive Re-entry Tools

James Beck, Belstead Research

Integrating density-based uncertainty propagation with object-oriented re-entry models

Mirko Trisolini, Politecnico di Milano

3D Modeling and Simulation of the Thermal Degradation of Composite Material during Space Debris Atmospheric Reentry

Nicolas Perron, ONERA

Towards Secure De-centralised Management and Exchange of Space Surveillance and Tracking Data

Marika Popp, Guardtime

Automated processing chain for sensor data sharing

Artur Bialkowski, GMV

Consensus Credibility Particle Filter for Space Object Tracking

Han Cai, University of Texas at Austin

Multi-Target Tracking for SMARTnet™: Multi-Layer Probability Hypothesis Filter for Near-Earth Object Tracking

Carolin Frueh, Purdue

Maneuver Detection via Combined Heuristical and Statistical Methodologies

Guillermo Escribano, Universidad Carlos III de Madrid

Covariance determination for improving uncertainty realism

Alejandro Cano, GMV

Noise Figure Calculation for Space Surveillance Radar Systems

Christoph Reising, Fraunhofer FHR

Analysis of different process noise models in typical orbit determination scenarios

Manuel Schubert, TU Braunschweig

Numerically efficient methods for low-thrust collision avoidance maneuver design

Maria Francesca Palermo, Politecnico di Milano

Initial orbits of LEO objects using radar observations

Hélène Ma, RHEA@ESOC

Cislunar Space Traffic Management: Surveillance Through Earth-Moon Resonance Orbits

Carolin Frueh, Purdue University

Modeling of Breakup Events in Medium Earth Orbit

Marielle M. Pellegrino, University of Colorado Boulder

Search for Long-Term Reentry Disposal Orbits Across Altitude and Inclination

Alan Jenkin, The Aerospace Corporation

Averaged Rotational Dynamics of GEO Debris

Conor J. Benson, University of Colorado Boulder

Uncertainty Propagation Meeting Space Debris Needs

Joaquín Míguez Arenas, Universidad Carlos III de Madrid

Development of a software suite for performance assessment of SST sensor networks

Giovanni Purpura, Politecnico di Milano

Sensor Tasking Analysis for a Optical Sensor Network Designed for Complete GEO Coverage

Michael J. Rose, Purdue University

WebPlan - web-based sensor scheduling tool

Agnieszka Sybilska, Sybilla Technologies

Baseline Algorithm Definition for a Future Real-Time Autonomous Sensor Scheduling Strategy for SST

Guido Pedone, Airbus Defence and Space GmbH

Multi-Hypothesis Light Curve Inversion for Space Object Attitude Determination

Alexander Burton, Purdue University

Leave no traces

Panel Discussion, ESA

Framework for the Space Sustainability Rating

Francesca Letizia, IMS Space Consultancy @ ESA/ESOC

Design of a software to assess the impact of a space mission on the space environment

Camilla Colombo, Politecnico di Milano

Decoupled analysis of the effect of past and future space activity on the orbital environment

Vincent Ruch, CNES

DEEP TIME ANALYSIS OF SPACE DEBRIS AND SPACE SUSTAINABILITY

Hugh Lewis, University of Southampton

A coupled econometric model of the orbital environment

Akhil Rao, Middlebury College

KIAM RAS/ISON optical facilities and applications of their data

Artem Mokhnatkin, Keldysh Institute of Applied Mathematics of RAS

PLATFORM FOR FUTURE OPTICAL SPACE SURVEILLANCE TECHNOLOGY: DLR’s 1.75 M OPTICAL TELESCOPE

Gerd A. Wagner, German Aerospace Center (DLR)

Portuguese SST capability- The Portuguese Space Surveillance network system

João Neves, PT MoD-Naval Research Centre

Can we use low cost small satellites to observe space debris missed by ground systems?

Peter Senior, SSTL

Interactions between Debris Mitigation and Space Traffic Safety in the Presence of Large Constellations

Greg Henning, The Aerospace Corporation

Effect of Mega Constellations on Collision Risk in Space

Carlos Álvaro Arroyo Parejo, Deimos Space

Impact of Collision Avoidance Manoeuvres on Large Satellite Constellations

Lucía Ayala Fernández, Technische Universität Braunschweig

Large LEO Constellations, Astronomy, and Space Debris Mitigation

Patrick Seitzer, University of Michigan

DEMISABILITY STUDY OF INDUSTRIAL TEST CASES WITH THE SPACECRAFT-ORIENTED CODE PAMPERO

Eddy Constant, R.TECH

Measurements of Heat Transfer on Hemispheres at Rarefied Flow Conditions Using Liquid Crystals

Nathan Donaldson, University of Oxford

Pyrolysis Rate and Yield Strength Reduction in Carbon Fiber and Glass Fiber Composites Under Reentry Heating Conditions

Benton R. Greene, Jacobs - JETS Contract

Simulating the Rotational Dynamics of Tiangong-1 for Re-entry Analysis

Mikkel K. Jorgensen, McGill University

The Economics of Space Debris in Perspective

Marit Undseth, OECD

Tackling the Space Debris Problem: A Global Commons Perspective

Daniel Lambach, Universität Frankfurt am Main

Active Debris Removal: mitigating legal barriers for promising technologies, comparisons & proposals

Numa Isnard, Attorney-at-Law

Artificial Intelligence and Space Situational Awareness: Data processing and sharing in debris-crowded areas

Anthi Koskina, School of Law-National and Kapodistrian University of Athens

Implementation and comparison of data-based methods for collision avoidance in satellite operations

Sascha Metz, Technische Universität Darmstadt

On-board collision avoidance applications based on machine learning and analytical methods

Juan Luis Gonzalo, Politecnico di Milano

Kessler: a Machine Learning Library for Spacecraft Collision Avoidance

Giacomo Acciarini, University of Strathclyde

Benchmarking machine learning models for collision risk prediction in low-earth orbit

Rasit Abay, neuraspace & futurifai

Artificial Intelligence for All vs. All Conjunction Screening

Emma Stevenson, Universidad Politécnica de Madrid

A Robust Bayesian Agent for Optimal Collision Avoidance Manoeuvre Planning

Luis Sánchez, University of Strathclyde

Space Debris Deflection by Space Based Laser

Damien Dumestier, Thales Alenia Space

Potential of using ground-based high-power lasers to decelerate the evolution of space debris in LEO

Stefan Scharring, DLR

The Space Blower concept, a solution for Just-in-time Collision Avoidance

Sophie Missonnier, CT Paris

Sustainable orbit and the Earth System: mitigation and regulation

Elena E. Cirkovic, Helsinki University

The Aerospace Corporation’s Space Traffic Management Research Programme

Mark A. Skinner, The Aerospace Corp.

The Australian Space Agency’s SSA roadmap: Australian context, methodology and learnings

Marie Le Pellec, Australian Space Agency

Bringing policy coherence to satellite constellation mitigations for space debris and astronomy

Giuliana Rotola, European Southern Observatory

Be the first to move

Panel Discussion, ESA

Results of Comprehensive STCM Data Fusion Experiment

Dan Oltrogge, COMSPOC Corporation

ESA’s Collision Avoidance Service: current status and special cases

Klaus Merz, ESA/ESOC

State of the Art and Future Needs in Conjunction Analysis Methods, Processes and Software

Emma Kerr, Deimos Space UK Ltd.

Autonomous Collision Avoidance System

Andrei D. Stanculescu, GMV

Launch Collision Avoidance Sensitivity Analysis

Gabriele Falco, Deimos Space UK

The ClearSpace-1 mission: ESA and ClearSpace team up to remove debris

Robin Biesbroek, ESA/ESTEC

Exploration of opportunities to advance ground-based and space-based SSA systems through in-orbit demonstration missions

Toby Harris, Astroscale

A methodology for using existing space infrastructure to identify and monitor resident space objects

Gian Luigi Somma, D-Orbit

MOVE-III - An in-situ detector to support space debris model validation

Xanthi Oikonomidou, ESA/ESOC, TUM

ASSESSMENT OF INTER-OPERATOR RULE-BASED COLLISION AVOIDANCE OPERATIONS

Martin Michel, TU Darmstadt - FSR

Streak Evaluation Tool

Nina Maric, DEIMOS Space UK Ltd

AIMLRCS: A Machine Learning approach to spacecraft attitude and object identification based on RCS from the S3TSR

Carlos Paulete, GMV

Simultaneous observation of LEO objects

Lorenzo Mariani, University of Rome "La Sapienza"

Quantifying uncertainties of space objects centroid position based on optical observation

Zhuangbin Tan, Sun Yat-sen University

NUMERICAL STUDY OF THE EFFECTS OF ORBITAL DEBRIS SHAPE AND OBLIQUITY ON ITS PERFORATION ABILITY

Patrick Domingo, University of Manitoba

Performance analysis of tracking filters according to input data processing

Claudio Carloni, Fraunhofer FHR

Efficient streak detection and plate-solving techniques

Nathan Houtz, Purdue University

gendared: The Generic Data Reduction Framework for Space Surveillance and its Applications

Ana - Maria Piso, GMV

Streak detection of space debris by a passive optical sensor

Rudolf Haussmann, Kormoran Technologie

Enhancing the knowledge on space debris attitude and position combining radar and optical observations

Lorenzo Mariani, University of Rome "La Sapienza"

Design and results of an experiment with the goal of gathering data on the motion of a non-rigid body in microgravity

Michał Błażejczyk, AGH University of Science and Technology

Detection and mitigation of LEO space debris using optical detection and plasma laser technology

Vipul Mani, TU Berlin

Design and prototyping of a low-cost LEO optical surveillance sensor

Emma Kerr, Deimos Space UK Ltd.

Structural assessment and material validation of 3D printed corrugated spacecraft debris shields

Adrian Dumitrescu, University of Southampton

DYNAMICS OF MORPHING ROBOTIC ARM WITH SPACE DEBRIS CAPTURE

Arjun P. More, IIT Madras

Self-healing system for hypervelocity impact protection, repair and debris mitigation

Laura Pernigoni, Politecnico di Milano

Space-based laser ablation for space debris removal

Liam Pieters, Delft University of Technology

Current status of debris protection design standard at JAXA

Kumi Nitta, Japan Aerospace Exploration Agency

End-of-Life Deorbit Service with a Pulsed Laser Onboard a Small Satellite

Tadanori Fukushima, SKY Perfect JSAT

Polish SST small telescope assessment and prototyped operations

Natasza Siódmiak, Sybilla Technologies

End-To-End Procedure for satellite Orbit Catalogue from optical observation.

Michał Żołnowski, 6ROADS Ltd.

Guidelines for space debris and meteoroid impact risk assessment with DRAMA/MIDAS

Xanthi Oikonomidou, ESA/ESOC

Current Status of Web Services at ESA’s Space Debris Office

Quirin Funke, IMS Space Consultancy GmbH @ ESA/ESOC

PUZZLE software for the characterisation of in-orbit fragmentations

Matteo Romano, Politecnico di Milano

Micrometeoroid Impact Risk Assessment for Interplanetary Missions

Jens Rodmann, etamax space

Streak detection challenges for telescope observations of satellites

Alexis Petit, Observatoire de Paris, IMCCE, UMR CNRS 8028 & Share My Space

Systema-Debris risk assessment tool

Meggie Vilaranda, Airbus

On-Ground Validation of a CNN-based Monocular Pose Estimation System for Uncooperative Spacecraft

Lorenzo Pasqualetto Cassinis, Delft University of Technology

Analysis of maneuver errors during the early orbit and station-keeping phases of an electrical satellite

Morgane Jouisse, GMV

A Pan-European Expert Centre service and coordination facility in support of space surveillance

Christophe Paccolat, Astronomical Institute, University of Bern

Fragments distribution prediction for ENVISAT catastrophic fragmentation

Lorenzo Olivieri, UNIVERSITY OF PADOVA

Stages of development of the ISON optical telescope global network

Igor E. Molotov, Small innovation enterprise «KIAM Ballistics-Service»

Scattering Model for Grazing Impacts of Micro-Particles on Mirror Surfaces

Esfandiar Farahvashi, etamax Space GmbH

Calibration and Analysis of Orbital Accuracy through SST Observations

Noelia Sánchez-ortiz, Deimos Space

An overview of Design for Demise Technologies

Benedetta M. Cattani, TU Delft / ESA

Software and Hardware to operate a remote Telescope Station

Johannes Herzog, Deutsches Zentrum für Luft- und Raumfahrt (DLR)

New SST Telescopes of Pampilhosa da Serra: studies on image processing algorithms and characterization of Space Debris

Bruno Coelho, Instituto de Telecomunicações

Collision Avoidance with Multiple Pulsing Manoeuvres

Litty Jose, ISRO

Importance of adding perturbations in the Optimized Boundary Value Initial Orbit Determination using shooting method

Harleen Kaur Mann, Astronomical Institute University of Bern

Time Accuracy improvements of SHOT sensor using GNSS orbits

Bohuslav Matouš, North-Bohemian Observatory and Planetarium in Teplice

Re-entry prediction for Microsat-TD with estimated drag scale factor

Prajesh T, ISRO

Streaks detection algorithm implemented in GPU for the Tomo-e camera at Kiso Observatory

Manuel Cegarra Polo, JAXA

Development and operational status of AGO70 telescope

Jiri Silha, Comenius University

Estimation of the uncertainties of the orbital lifetime of space debris

Despoina K. Skoulidou, ESA

Differential Algebra-based Orbit Determination with the Semi-analytical Propagator SADA

Gennaro Principe, Deimos Space

INVESTIGATION OF DIFFERENT INITIAL ORBIT DETERMINATION METHODS FOR RADAR BEAM PARK EXPERIMENTS

Matteo Budoni, Fraunhofer FHR

Design of pulsed waveforms for space debris detection with IT ATLAS

João Pandeirada, Instituto de Telecomunicações

A new time calibration method for telescope CCD cameras

Cosimo Marzo, Italian Space Agency

Satellite flight dynamics activities supported by optical observations, lessons learnt from operational experience

Noelia Sánchez-ortiz, Deimos Space

THE NEED FOR EVOLVING LEGAL FRAMEWORK FOR REGULATION OF SPACE DEBRIS CAUSED BY SATELLITE CONSTELLATIONS

Nikita S. Bhakare, ILS Law College, Pune

Assessment of a New Blended Whole Atmosphere Model in Reentry Services for SST as part of SWAMI H2020 Project

Daniel Lubián Arenillas, Deimos Space SLU

Can Uncertainty Propagation Solve the Mysterious Case of Snoopy ?

Thomas Caleb, ISAE-SUPAERO

Detection of in-plane orbital maneuvers from a catalogue of Geostationary objects

Phuong Linh Ngo, CNES

Combined effort of reflectance spectroscopy and BVRI photometry in the field of space debris characterization

Matej Zigo, Comenius University

Comparison of Initial Orbit Determination Methods for the Use in Sensor Networks

Colin Miller, Purdue University

The LEDSAT Mission: optical recognition and orbit determination of a self-illuminating payload on-board a 1U CubeSat

Paolo Marzioli, Sapienza University of Rome

AN OPEN-SOURCE SOLUTION FOR TLE BASED ORBIT DETERMINATION

Thomas Paulet, CS GROUP

Establishing a Community Approach to SST Core Software through a User Forum

Johannes Klug, ESA

The Geosynchronous Orbital region and reaching it from lower apogee altitudes

Despoina K. Skoulidou, ESA

SUTED –A detailed study for the application of the Flyeye Telescope to the Survey of the MEO orbital region.

Lorenzo Cibin, OHB Italia Spa

Support tools for NEO observers

Krzysztof Langner, ITTI sp. z o. o.

Manoeuvre detection and estimation based on sensor and orbital data

Alejandro Pastor, GMV

The Pressuring Need for legal certainty for space operators to mitigate and remove space debris

Mark Meegan, Researcher

Theory and Modelling of Laser Momentum Transfer for Space Debris deflection

Jouni Peltoniemi, Finnish Geospatial Research Institute FGI

AUTOMATED SATELLITES COLLISION RISK PREDICTION USING NEURAL ORDINARY DIFFERENTIAL EQUATIONS BASED APPROACH

Fatina L. Basmadji, University of Surrey

Orbital Escrow: Towards a Finance-based Framework to Ensure Responsible Decomissionsing

Mathana , Interplanetary Economist

AACOS : Automatic Analysis of Spatial Object Catalog

Flore Mounier, CAPGEMINI

Estimation of reflective properties from light curves of a H2A rocket body

Alessandro Vananti, AIUB

MACHINE LEARNING APPLIED TO THE OPTIMIZATION OF SST SENSOR TASKING

Igone Urdampilleta, CDTI

Performance analysis of a two node radar network geometry on orbit estimation accuracy

Cordula Knauf, Fraunhofer FHR

Integration of attitude characterization in a space debris catalogue using light curves

David Vallverdu Cabrera, Airbus Defence and Space GmbH

Research on short-arc orbit propagation method for space debris based on space-based photoelectric observation

Yunfan Lei, Beijing Institute of Control Engineering

e.Cube mission: the Environmental CubeSat

Camilla Colombo, Politecnico di Milano

The impact of space debris mitigation requirements on mission design choices: an overview from ESA Clean Space

Benedetta M. Cattani, TU Delft

Multi Debris Clearance Satellite from Leo Earth Orbit

Gourav Namta, TU Berlin

Conceptual design of a re-usable multipurpose tug with Grappling Mechanism for space debris mitigation

Sai Nikhil Allam, università del Salento

RISK AND RESILIENCE IN LIGHT OF SPACE DEBRIS THREAT

Olga Sokolova, Sirin Orbital Systems AG

Space debris mitigation using EDT and net-tethers

Vipul Mani, TU Berlin

The importance of engineering models for the prediction of debris for the legal authorization of launch.

Katarzyna Malinowska, Katarzyna Malinowska

SATELLITE LIFETIME AND SOLAR CYCLE PREDICTIONS

David Vallado, comspoc

How Low Can You Go: Advocating Very Low Earth Orbit as the Next Frontier for Satellite Operations

Yuk Chi Chan, Anchor Orbital Systems

Potential use of Microwave Kinetic Inductance Detectors (MKIDs) in space debris identification and tracking

Saeed Vahedikamal, UCL

EARLY PHASE RE-ENTRY ANALYSIS OF ESA EARTH OBSERVATION MISSIONS TO ADVANCE SATELLITE DESIGN CHOICES

Carmen Velarde, OHB System AG

Comparison between Multiple bare tethers and Single Bare Tether for Deorbiting satellites

Deepthi Narasimhan, Jain, Deemed to be University, Bengaluru

A Network-Based Evolutionary Model of the Space Environment

Giacomo Acciarini, University of Strathclyde

The need of an international space law regime to tackle space debris related concerns in the 21st century

Sajal Sharma, UPES Dehradun

The importance of the UN COPUOS in the Space Debris Mitigation : What evolution for UN COPUOS?

Hugo Peter, CDEF - University Jean Moulin LYON III

Improving the Resolution of Low Earth Orbit Objects Using Background Stars and Image Metrics for Extended Objects

Vishnu Anand Muruganandan, University of Canterbury

MIRAD - Micro-Particle Impact Related Attitude Disturbance

Patrik Kärräng, HTG GmbH

A survey of geosynchronous debris within within OSTS at NRIAG-Egypt

A.m. Abdelaziz, National Research Institute of Astronomy and Geophysics

Integrated manoeuvre detection and estimation using nonlinear Kalman filters during orbit determination of satellites

Christoph M. Bergmann, DLR

Classification of Resident Space Objects by shape and spin motion using neural networks and photometric light curves

Katiyayni Balachandran, University of Texas at Arlington

Mega-Constellations – A Holistic Approach to Debris Aspects

Mark A. Sturza, 3C Systems Company

Data Assimilation Modelling of the Thermosphere

Elizabeth George, University of Birmingham

OPERATIONAL REVIEW AND ANALYSIS OF THE S3T SURVEILLANCE RADAR

Cristina Perez Hernandez, CDTI

A Comprehensive Ranking Framework For Active Debris Removal Mission Candidates

Giacomo Borelli, Politecnico di Milano

The technical challenges posed on the SST services by the “New Space” Era, the Italian point of view

Carlo Albanese, Telespazio S.pA.

DEVELOPMENT OF HIGHLY DETAILED NUMERICAL MODEL OF FOAM CORE SANDWICH PANEL SUBJECTED TO MMOD IMPACT

Victor Babarinde, University of Manitoba

Orbital Decay Analysis for Debris Deorbiting CubeSats in LEO: A Case Study for the VELOX-II Deorbit Mission

Sarat Chandra Nagavarapu, Nanyang Technological University (NTU)

SIZE CHARACTERIZATION SYSTEM OF DEBRISAT FRAGMENTS: SYSTEM UPDATES AND CURRENT STATUS

Cesar C. Carrasquilla, University of Florida

Long-Term Data Analysis for Improved Risk Assessment regarding Orbital Assets

Valentin Eder, Space Analyses GmbH

Development of an orbital collision warning tool

João Pedro R. Silva, D-Orbit

Understanding Space Stations break-ups, a genetic algorithm attempt.

Silvia Sanvido, LSE Space GmbH

LEGAL ASPECTS OF LARGE SATELLITESPACE CONSTELLATIONS' DEBRIS IN LEO AND THE FUTURE SPACE ACTIVITIES OF DEVELOPING STATES

Aishin Barabi, Beihang University

Transforming Article VI of the Outer Space Treaty into an Effective Mechanism of Space Debris Mitigation

Luca Erhart, King's College London

Photometry of space debris at the Astronomical Observatory of Castelgrande in 2019-2021

Sergei Schmalz, KIAM RAS

Manoeuvre detection for near-orbiting objects

Rafael Vazquez Valenzuela, Universidad de Sevilla

Detection & Identification of On-Orbit Objects Using Machine Learning

Marcos D. Perez, Lift Me Off

Feasibility of Removing Space Debris Using a Laser

Junko Yamasaki, University of Tsukuba

GENERAL COLLISION AVOIDANCE MANEUVER DECISION ALGORITHM

Serkan Dural, Turkish Aerospace

Pursuit of Space Sustainability - Analysis the shades of unattended challenge of space debris

Yamika Khanna, Symbiosis Law School, Pune

The Analysis of the TLE Orbit Error and Collision Risk Assessment of Polar Orbit Satellites.

Xiaoli Xu, Purple Mountain Observatory, Chinese Academy of Sciences

Penetration Characteristics of Metal Harpoons with Various Tip Shapes for Capturing Debris

Yuto Tamaki, National Defense Academy of Japan

SATELLITES CONSTELLATIONS: GONNA CATCH’ EM ALL?

Alice Rivière, Airbus Defence and Space

A conceptual design framework for a circular space debris recapture, recycle, repurpose system: Space Volture project

Fatimah El-rashid, Imperial College London

Deep Feature-based Resident Space Object Recognition using Gradient Boosting Decision Tree

Fen Li, National Astronomical Observatories

GEO-FPN: A convolutional neural network for detecting GEO and near-GEO space objects from optical images

Rasit Abay, futurifai

Lunar orbital debris mitigation: characterisation of the environment and identification of disposal strategies

Paolo Guardabasso, ISAE-SUPAERO University of Toulouse

The Value of Space Debris

Frank Koch, Orbit Recycling