session IP

Title: Interactive Presentations - 23rd IAA SYMPOSIUM ON SPACE DEBRIS
type: interactive
Description: This session offers a unique opportunity to deliver your key messages in an interactive presentation on any of the subjects of Space Debris addressed in the classic Sessions. The presentation will be displayed on a digital screen in a dedicated location and available for view by all Congress attendees for the entire Congress week. In addition, one afternoon is dedicated exclusively for the attendees to view the Interactive Presentations, and the author will be assigned a specific ten minute slot to personally present the topic and interact with the attendees present. The Interactive Presentation may take advantage of all electronic display capabilities, such as: PowerPoint charts, embedded hot links, pictures, audio and video clips etc. An award will also be presented to the author of the best Interactive Presentation in the A Category at a special ceremony. An Abstract that follows the standard format must be submitted by the deadline for standard IAC abstracts.
Room: IP Area

IPC members

Co-Chair: Dr. Marko Jankovic, Airbus Defence and Space, Germany;
Co-Chair: Dr. Paolo Marzioli, Sapienza University of Rome, Italy;
Co-Chair: Prof. Roberto Opromolla, University of Naples "Federico II", Italy;
Co-Chair: Dr. Melissa Zemoura, Centre National d'Etudes Spatiales (CNES), France;
Co-Chair: Dr. Emma Kerr, Defence Science and Technology Laboratory (DSTL), United Kingdom;
Rapporteur: Mr. Christophe Bonnal, European Conference for Aero-Space Sciences (EUCASS), France;

papers
Paper title	Presentation status	Speaker	Affiliation	Country
Use of self-healing materials to reduce space debris		Mr. Sanan Omarli	Azerbaijan State University of Economics	Azerbaijan
A Comparative Review of 2D and 3D Drag Sail Geometries for Satellite Deorbiting		Ms. Aza Elyamani		Japan
Operational Impacts of International Agreements and Regulations in Space Traffic Management and Proposed Solutions		Ms. Seda AYDIN	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
An evolving engagement of the EU Agency for the Space Programme in applications for space security		Dr. Christina Giannopapa	European Union Agency for the Space Programme (EUSPA)	Czech Republic
Incentivizing Responsible Space Practices through the Debris Offsetting Fund and Space Sustainability Rating		Ms. Florence Pauline Basubas	Space Generation Advisory Council (SGAC)	The Philippines
Ensuring sustainable space activities in LEO: possible binding regulations inspired by principles of responsibility and liability		Dr. Annamaria Nassisi	Thales Alenia Space Italia	Italy
The Orbital Debris Decision Tree		Mr. Robert Rovetto	American Institute of Aeronautics and Astronautics (AIAA)	United States
A proposal of responsible space activities: the exploration, governance, and response towards space debris events in a legal binding instrument		Ms. Farah Diya Yasmine	Space Generation Advisory Council (SGAC)	Indonesia
leveraging blockchain technology for tracking, monitoring, and mitigating space debris: a legal and technical framework for accident prevention		Mr. EGEMEN DEMİRER	Student	Türkiye
Laser Activated Compliance Embedded Networks (LACEN): Quantum-Photonic Autonomy for Preemptive Debris Mitigation		Mr. Eddison Alberto Cañedo Lopez		Mexico
Advanced Passive Protection and End-of-Life Strategies for Space Debris Mitigation	confirmed	Mrs. SALAM ABUALHAYJA'A		Jordan
Institutionalizing Proactive Debris Mitigation: Policy and Technological Imperatives for Embedding PMD (Post Mission Disposal) Devices in Rocket Systems		Dr. Masaaki Kawamura	BULL Co., ltd.	Japan
Accelerating Space Debris Detumbling: Efficient Eddy Current-based Detumbling Strategy through RL-driven Space Manipulator		Mr. Daniele Agamennone	Politecnico di Milano	Italy
an intelligent guidance and control algorithm for CubeSat-based autonomous active debris removal mission		Mr. Saeid Shafiei Shahraki	University of Strathclyde	United Kingdom
Analysis of Data Collection Capability and Aerodynamic Stability during Uncontrolled Atmospheric Re-entry		Ms. Maria Nepheli Kardassi	University of Strathclyde / Mechanical and Aerospace Engineering	United Kingdom
Verification and Validation of an Optical CubeSat Payload for Stratospheric and Orbital Missions		Mr. Lovejivan Sidhu	York University	Canada
Smart Satellites AI-Driven Predictive Maintenance for Sustainable Space Operations		Mr. Gourav Mohanan	Dayananda Sagar University	India
Analysis of Outcomes of Spacecraft Fragmentation on the Lunar Gateway Orbit		Mr. John Holden	ISAE - Institut Supérieur de l'Aéronautique et de l'Espace	France
Breaking the Space Debris Deadlock: A Game-Theoretic and Policy Approach		Ms. Olivia Lorenzen		Denmark
Genetic Algorithm-Based Design Optimization of 3D Drag Sails		Ms. Aza Elyamani	Kyushu Institute of Technology	Egypt
LISA-ODISEE: A CubeSat compatible and hyper-redundant robot for In-Orbit Inspection, Servicing and Assembly		Mr. Stefan Lobas	Technische Universität Berlin	Germany
Maintenance and sustainability in orbit: modular standard for the new generation of satellites		Mr. Giacomo Govoni	Politecnico di Torino	Italy
Mitigating the Space Debris Crisis – Innovations in Orbital Cleanup		Ms. Sabina Ismikhanova	Azerbaijan State Oil and Industry University (SABAH Groups)	Azerbaijan
Tuna Can Standard Deorbit System: A Cost-Effective Solution for CubeSat End-of-Life Disposal		Ms. Aza Elyamani		Japan
The Global Distribution of Uncontrolled Re-entries: Re-thinking Mission-end Conduct and the Call for Global Collaboration		Mrs. Marianne Hawthorne	Australian Space Agency	Australia
System View On Space Sustainability Solutions		Mr. Kuang-Han Ke	Gran Systems Co., Ltd.	Taiwan, China
Space Sustainability: Global Initiatives and Future Innovations		Dr. ALESSANDRO ANGELUCCI	United Nations	Italy
Space Situational Awareness and Space Debris Mitigation: Current Strategies and Future Advancements		Mr. Alev Sönmez	Fraunhofer FHR	Germany
Analysis of the Occupation Status of Earth’s Orbit by In-Orbit and Planned Satellites		Ms. Dan Hu		France
Evaluating Active Debris Mitigation Strategies Using a Dynamic Network Model of the Space Environment		Mr. Gabriele Amoroso	Politecnico di Torino	Italy
INSIDeR: A Scalable Solution for Active Debris Removal		Mr. Marcos Eduardo Rojas Ramirez	Space Generation Advisory Council (SGAC)	France
A System Framework for Enhanced Space Situational Awareness and Collision Avoidance Leveraging On-Board Autonomy		Mr. Sibtain Ali Thepdawala	Technical University of Munich	Germany
Internet-of-Things international University partnership actions for current and future Space Traffic Management and Space Sustainability research: the SMILE-IoT initiative		Dr. Paolo Marzioli	Sapienza University of Rome	Italy
a multimodal llm-based cognitive and decision architecture for next-generation space situational awareness systems		Mr. Yifan Wang	School of Astronautics, Beihang University	China
a multi-task deep learning approach for identifying and analyzing orbital debris in telescopic images		Mr. Ilkin Abdullayev	Azerbaijan State Oil and Industry University (ASOIU)	Azerbaijan
Assessing the Environmental Consequences of Satellite Reentry: Impact on Ozone Layer Depletion	confirmed	Mr. Raphael Eyiram Soglo	Space Generation Advisory Council (SGAC)	Ghana
Designing a structure to collect space debris through lorentz force and orbital deviations of a satellite		Mr. Sukhjit Singh	Space Generation Advisory Council (SGAC)	India
Evolving Helix: Integrating Multiple Data Sources, AI, and Next-Gen Technologies for Superior SSA		Mr. Marc Drieux	ArianeGroup SAS	France
Experimental Validation of Hypervelocity Impact Detection Using a Structural Health and Event Monitoring System for the Athene-1 Satellite		Mr. Fabio von Coburg	Universität der Bundeswehr München	Germany
Introduction to the Sky Survey Schedule (SSS) framework		Dr. Hou-Yuan Lin	Purple Mountain Observatory, Chinese Academy of Sciences	China
Learning complex space manipulator dynamics using neural ODEs: a disturbance-robust framework		Mr. Hadi Jahanshahi	York University	Canada
NUCLEAR-POWERED AUTONOMOUS CAPSULE WITH ROBOTIC ARMS FOR MULTI-SATELLITE DEBRIS RETRIEVAL AND SUSTAINABLE ORBITAL MANAGEMENT.	confirmed	Mr. Sathvik Krishna Velide		India
Projections of the Lunar Debris Environment: Lunar Population and Long-Term Orbit Modeling		Dr. Patrick Kelly	The Aerospace Corporation	United States
SUSTAINABLE SPACE DEBRIS MANAGEMENT THROUGH REUSABLE ROCKET AND ROBOTIC CAPSULE SYSTEMS FOR LONG-TERM ORBITAL CLEAN-UP.	confirmed	Mr. Sathvik Krishna Velide		India
The Selection Process of Reference Missions for a Design for Demise Project		Mr. Bryan Lovrinovic	DLR (German Aerospace Center)	Germany
The Technological and Operational Trade-offs in Space Debris Mitigation		Ms. ISHITA SHARMA	University of Swansea	United Kingdom
A Differential Encoding-Based Method for Space Debris Detection in Low Signal-to-Noise Ratio Environments		Dr. Haodong Yan	Innovation Academy for Microsatellites, Chinese Academy of Sciences	China
Using Deep Learning for Automated Satellite Maneuver Processing		Mr. Atharva Awasthi	COMSPOC Corp.	United States
Update on Space Situational Awareness with CSIRO Radio Telescopes		Mr. Ken Smart	CSIRO	Australia
Systematic Analysis of Satellite Reuse: Towards a Sustainable Approach for Optimizing Space Resources		Mr. Cristhian Daniel Saico Merma	Universidad Nacional Mayor de San Marcos	Peru
Synergies between Particle-in-a-Box Methods and High-Fidelity Methods for Long-Term LEO Debris Evolution		Mrs. Elisa Boccolari	Politecnico di Milano	Italy
Star Trackers as Dual-Use Sensors: Optimisation for Simultaneous Resident Space Object Detection and Attitude Determination		Mr. Julian Guinane	The University of Sydney	Australia
Space objects conjunction analysis via orbital error propagation		Mr. Hao Fu	Purple Mountain Observatory, Chinese Academy of Sciences	China
Space debris: Detection & Classification - and filter development for live experimentation		Mr. Sushnato Majhi		India
Space Debris: Current Challenges and the Path Toward Sustainable Orbital Practices		Mr. Mohamad Abu amsha		Jordan
Space Carrying Capacity Assessment and Allocation: A Framework for Sustainable Near-Orbital Environment Management		Mr. Aryan Mahawar	Vellore Institute of Technology	India
Small/Mini Satellite Subsystem High-Level Analyses for Debris Removal Between 30 cm – 1m		Mr. Nadir Atayev	Azercosmos, Space Agency of Republic of Azerbaijan	Azerbaijan
simulation of ion drag over charged deorbiting deployables in realistic orbital conditions		Mr. Faun Watson	Victoria University of Wellington	New Zealand
Shape-Memory Polymer (SMP) Nets for Active Debris Capture in Space		Mr. Jimit Pathak	Vellore Institute of Technology	India
RSO-SAM: A Zero-Shot Segmentation Framework for Resident Space Objects Using the Segment Anything Model		Mr. Zhihao Zhang	National Key Laboratory of Aerospace Flight Dynamics,Northwestern Polytechnical University,Xi’an	China
Research on spatial non-cooperative target capture trajectory planning method based on multi-strategy parallelism		Mr. Jinyu Zhang	National Key Laboratory of Aerospace Flight Dynamics, Northwestern Polytechnical University, Xi'an	China
Quantifying the Threat of Localized Fragmentation Events in Low Earth Orbit: Simulation-Based Assessment of Debris Evolution and Operational Disruptions	confirmed	Mr. Jakub Leś	University of Wrocław (UWr)	Poland
probabilistic framework for collision risk mitigation in a crowded orbital environment		Mr. Qurban Haciyev	Azerbaijan State Oil and Industry University (ASOIU)	Azerbaijan
Predictive Framework for Space Debris Trajectory Forecasting and Collision Avoidance		Mr. Aidan Correa		Australia
predicting and mitigating collision threats		Mr. KETAN AGARWAL		India
Practical origin identification of on-orbit satellite fragmentation from in-situ sub-millimeter-sized debris measurements		Mr. Keijiro Hattori	Kyushu University	Japan
Physics-Informed Machine Learning for Space Debris Risk Assessment Based on Publicly Available Data		Mr. Jesus Antonio Tapia Gallardo	Universidad Nacional de Ingenieria, Peru	Peru
Periodic Deduction Method for Low Earth Orbit Spacecraft Breakup Debris Population	confirmed	Mr. Jing Yu	Tsinghua University	China
A digital expert for space sustainability simulations		Dr. Fiona Porter	University of Strathclyde / Mechanical and Aerospace Engineering	United Kingdom
A Framework For Autonomous Spacecraft De-orbiting Taking Into Account Uncertainties		Mr. Paul Pinteau	ISAE-Supaero University of Toulouse	France
a methodological framework for assessing contribution of space-based optical sensors for SSA Services		Mrs. Emmanuelle HAREL	Sodern	France
A Novel Framework for Satellite Debris Mitigation: Integrating Blockchain Federated Learning with Hierarchical Deep Reinforcement Learning		Mrs. Fatima Alakbarli	ADA University	Azerbaijan
A Particle Swarm Optimization Framework for a Debris-Tracking Satellite Constellation		Mr. Marco Camporeale	Technische Universität München	Germany
A review of conjunction detection and collision probability assessment techniques for the use in a cislunar simulation framework		Ms. Pia Lenhardt	TU Darmstadt	Germany
A Space-based Optical Rapid Celestial Positioning Method for Space Debris Orbit Determination		Ms. Silu Xu	Beihang University	China
A Swarm-Driven Solution for Space Debris Removal: Inspection, Capturing, and Controlled De-orbiting		Ms. Fatima Alnaqbi	Technology Innovation Institute (TII)	United Arab Emirates
Acoustic ray tracing of infrasound from re-entering objects		Dr. George Bowden	UNSW Canberra	Australia
Active debris removal mission planning: an integrated deep reinforcement learning and genetic algorithm approach		Mr. Shuanghong Wu	Harbin Institute of Technology	China
Adaptive Sensor Tasking for Collision Assessment Under Epistemic Uncertainty		Ms. Jiaxin Hao	Beijing Institute of Technology (BIT)	China
Advancing Space Sustainability: The University of Padova’s Contributions to Safer Orbits and Innovative Technologies		Mr. Vincenzo Quitadamo	University of Padua	Italy
AEYE2: AI-Enhanced CubeSat Payload for Smart Earth Observation and Space Debris Tracking		Mr. Abdullah AlSalmani		United Arab Emirates
AI-Augmented Multi-Sensor System for Lunar Surface Debris Mapping and Mitigation		Mr. Riyabrata Mondal	TU Bergakademie Freiberg (TUBAF)	Germany
AI-Enhanced Electro-Optical Sensing: Single-Satellite Approach to Sub-Centimeter Debris Detection		Mr. Basel Altawil	Khalifa University of Science and Technology (KUST)	United Arab Emirates
An AI-Based Framework for Space Debris Detection and Localization in Cislunar Space toward Enhanced Situational Awareness		Mr. Guo Chen	Beihang University	China
An unsupervised learning based approach for ground station selection for space situational awareness		Mr. Partha Chowdhury	IIIT Delhi	India
Application of Sub-Pixel Mapping in Space-Based Satellite Identification for Space Situational Awareness		Ms. Yan Chun Fu	York University	Canada
Assessing the Impact of Space Tourism on Orbital Congestion and Debris Risk		Dr. Sarath Raj Nadarajan Syamala	Amity University, Dubai	United Arab Emirates
Assumptions and uncertainty in re-entry prediction software		Mrs. Lily Flannery	UNSW Canberra	Australia
Atmospheric Drag Coefficient Calculation Model Based on Different Deorbit Sail Configurations		Mr. Xinlei Guo	Beijing Institute of Technology	China
Autonomous Space Debris Collector Ship: A Sustainable Solution for Multi-Debris Retrieval and Reusability		Ms. Ritwika Maiti		India
Beyond Disposal: A Circular Approach to Post-Mission Sustainability		Mr. Kyle Cybul		United States
BILAR: A Comprehensive Approach to Space Debris Characterization and Mitigation through a Light Curve Database		Mr. Lorenzo Cimino	Sapienza University of Rome	Italy
BioGrab: A Biodegradable Adhesive-Based CubeSat for Sustainable Low Earth Orbit Debris Capture	confirmed	Mr. Feyruz Sultanli	Norwegian University of Science and Technology	Norway
Characterizing satellite operational modes via unresolved infrared imaging		Mr. Stephen Catsamas	University of Melbourne	Australia
Collaborative Positioning Fusion for Precise Non-Cooperative Space Debris Surveillance and Tracking in Constrained Sensing Environments		Dr. Chen Meng	Beihang University (BUAA)	China
Collision risk assessment for constellation satellites Based on A Multidisciplinary Space Debris Evolution Model		Ms. Yurun Yuan	Beijing Institute of Technology	China
Comparison of Active Debris Removal Methods for Sustainable On-Orbit Servicing and Recycling		Mr. Simone Ricciardelli	Politecnico di Torino	Italy
Compound Poission process and launch activity	confirmed	Mr. KaiQi Cui	Purple Mountain Observatory (PMO)	China
Data-based space debris trajectory evolution prediction and spacecraft formation encirclement path planning method		Mr. Song Shuo	College of Astronautics, Northwestern Polytechnical University	China
DebriSSS: A Blockchain-Powered Secure Space Debris Tracking System		Ms. Reyhan Duygu	Muğla Sıtkı Koçman University	Türkiye
Defining a strategy for deorbiting of launch vehicle's upper stages of space launch systems developed by Yuzhnoye State Design Office from low-Earth orbits		Dr. Aleksandr Golubek	Oles Honchar Dnipropetrovsk National University	Ukraine
Geodesic Intersection Gridding for Ground Risk Assessment of Space Debris		Mr. Matthew Willson		Australia
Deep Learning-Based Spacecraft Pose Estimation with a Fail-Safe Fallback Mechanism		Dr. Roman Prokazov	Alma Mater Studiorum - University of Bologna	Italy
Design and simulation of 3-D printing process to recycle space debris		Mr. Sumedh Deshpande	Private	India
Designing criteria for a net-positive space debris clean-up mission.		Ms. Carys Thomas	The University of Manchester	United Kingdom
Dynamic Topology and Risk-Aware Attention of Space Debris Prediction for Mega-Constellation Networks		Mr. Xukang Xie	Sun Yat-sen University (Guangzhou)	China
Enhancing Reentry Risk Analysis for Space Objects: Methodologies and Improvements		Dr. Christina Dunker	Nova Systems Pty Ltd	New Zealand
Enhancing Space Situational Awareness (SSA) with Optimized Trailing Satellite Formation and Conjunction Analysis for Earth’s Coverage in LEO.		Mr. Rahul Dada Sharmale	Space Machines Company	India
Explainable Machine Learning for Space Object Attitude Classification		Ms. Marta Guimaraes	NeuraSpace, SA	Portugal
Exploring the feasibility of using Cloud profiling RADARs for Space Debris Determination		Dr. RAGHU RAM GUDIPATI	University of Bremen	Germany
Federated Learning for Space Situational Awareness Lightweight AI Models for Real-Time Fault Detection in Satellites		Mr. Gourav Mohanan	Dayananda Sagar University	India
Framework for Minimizing Orbital Debris Risk during Satellite Mission Planning		Mr. Obaid Siddiqui	Beihang University (BUAA)	China
Fuel-optimal Trajectory Planning for Multi-Debris Active Removal Missions using Hierarchical Reinforcement Learning		Mr. He Ren	Beihang University (BUAA)	China
Graph Neural Networks for orbital debris: tracking, prediction, classification, and mitigation		Ms. saja obaidat		Jordan
Grid-Free Sensor Tasking for Space Surveillance Considering Repositioning Latency		Mr. Chenbao Xue	Beijing Institute of Technology (BIT)	China
HARVESTING SOLAR ENERGY FOR PROPULSION: A BREAKTHROUGH IN GREEN MOBILITY FOR SPACE APPLICATIONS		Dr. Andrea Valmorbida	University of Padova - DII/CISAS	Italy
Hierarchical Adaptive-Step Algorithm for Fast Visibility Window Calculation in Space Debris Surveillance		Mr. Jialong Song	Tsinghua University	China
Hybrid CNN and RNN Approach for Space Debris Detection and Classification		Ms. Rommina Terreros	Universidad Nacional Mayor de San Marcos	Peru
Hybrid Control of Space Manipulators for Active Debris Removal: A Comprehensive Review		Ms. Shabadini Sampath	University of Strathclyde / Mechanical and Aerospace Engineering	United Kingdom
Impact of space activities on civilian air traffic: an incident streak review		Mr. Matteo Bonissi		Italy
Impact-Induced Mission Effects and Risk Assessments	confirmed	Mr. Majd Alsadi		Jordan
Index-Integrated MPC framework for Multi-Debris rendezvous and capture		Ms. Vatasta Koul	Space Generation Advisory Council (SGAC)	India
Integration of Radar and Optical Systems on CubeSats for Enhanced Space Debris Detection in LEO		Mr. Oussema Jouini	LaSEINE, Kyushu Institute of Technology	Japan
Investigating the fragmentation of Intelsat 33E in GEO orbit		Mr. Nicolò Trabacchin	University of Padova - DII/CISAS	Italy
Lagrange Points: Regulatory Oversight as a Need for Equitable Access	confirmed	Mr. Nicolas Moraitis	Space Generation Advisory Council (SGAC)	United Kingdom
Machine Learning Framework to Detect Ambiguous Contour of Space Debris Cloud		Prof. Kanjuro MAKIHARA	Tohoku University	Japan
Mathematical Modeling of Multiple-Arm Free-Floating Space Robot for Space Target Detumbling		Mr. Gabriel Rodrigues	Federal University of São Carlos (UFSCar - Universidade Federal de São Carlos)	Brazil
Minimum Time Collision Avoidance in Multi-Encounter Scenarios Using Aerodynamic Forces		Mr. Paul Haufe	University of Stuttgart	Germany
Mixed-Fidelity Light Curve Simulation for Characterization of Resident Space Objects		Mr. Girish Narayanan	The University of Auckland	New Zealand
Multi-faceted Reflective Solar Sails for Non-Contact Deorbiting of Space Debris	confirmed	Mr. Hongyi Xie	Politecnico di Milano	Italy
Multi-Target Tracking Method Based on Improved SORT for Space-based Observation of Resident Space Objects Using Star Tracker		Mr. Katsuki Tashiro	Tokyo Institute of Technology	Japan
Multispectral Sensor Fusion for Enhanced Detection and Tracking of Resident Space Objects		Mr. Karanpreet Raja	York University	Canada
Neural Network analysis of multi-channel Light Curves for the characterization of Resident Space Objects		Mr. Pasquale Bencivenga	University of Naples "Federico II"	Italy
neural network-based attitude estimation of space debris using a monocular optical camera		Mr. Shun Taguchi	Tokyo University of Science	Japan
Next-Generation Infrared Tracking Technologies for Space Debris Monitoring and Mitigation		Mr. Yuvraj Pagare	University of Hertfordshire	United Kingdom
Next-Generation Tracking Systems for Enhanced Space Domain Awareness and Optimized Space Traffic Management		Dr. Kathiravan Thangavel	Khalifa University of Science and Technology (KUST)	United Arab Emirates
Numerical Modeling of Charged Particle Dynamics in Space: Application to Orbital Debris Mitigation		Ms. Karma Bridgman		United Arab Emirates
Operational Envelope Analysis and Conops Comparisons for Small Debris Remediation Using Programmable Dust		Mr. Joseph Ivarson	Auburn University	United States
optimizing multi-debris removal sequencing under multiple constraints		Mr. Shuming Zhang	Northwestern Polytechnical University，NPU	China
orbit selection based on an integration macro-micro collision risk assessment algorithm		Mr. Hao Wu	Beijing Institude of technology	China
Performance Analysis of In-orbit Space Debris Tracking Using Low-Cost Passive Bistatic Radar		Ms. Maria Nepheli Kardassi	University of Strathclyde / Mechanical and Aerospace Engineering	United Kingdom

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