session 11

1

15:00

Influence of SPH Smoothing Length on Debris Cloud Formation in Adaptive FEM–SPH Hypervelocity Impact Simulations

10

confirmed

Mr. Yunus Emre Altun

Istanbul Technical University

Türkiye

2

15:10

Post-Collision Dynamics Modeling for Two Orbiting Objects Under Uncertainty

10

confirmed

Ms. Julia Alvarez Vallero

University of Texas at Arlington

United States

3

15:20

Reflectance spectroscopy of resident space objects: visible-range observations and material interpretation constraints

10

confirmed

Mrs. Katarína Sabolová

Comenius University, Faculty of Mathematics, Physics and Informatics

Slovakia

4

15:30

Arctic Validation of a Low Cost Optical Ground System for Atmospheric Detection

10

confirmed

Mr. Lovejivan Sidhu

York University

Canada

5

15:40

Optical Observations of NOAA 6 non-operational weather satellite and Advanced Composite Solar Sail System (ACS3) technology demonstration satellite.

10

confirmed

Mr. Lazar Jeftic

Space Debris Research Lab

Serbia

6

15:50

Optimized Design of Optical Observation Satellite Constellations for Cataloging Centimeter-Level Low-Orbit Space Debris

10

confirmed

Prof. Pei CHEN

Beihang University (BUAA)

China

7

16:00

Spectral-Clustering-Enhanced Possibility Fusion for Distributed Multi-Sensor Space Object Tracking

10

confirmed

Mr. Zehao Sun

Beijing Institute of Technology

China

8

16:10

Transferable Multi-Scale Intelligent Orbit-Tracklet Association for Impulsive and Low-Thrust Maneuvers

10

confirmed

Mr. Yihang Jiang

Beijing Institude of technology

China

9

16:20

Cluster-based conflict resolution and Particle Swarm Optimization for autonomous Space-Based SSA sensors scheduling and tasking

10

confirmed

Mr. Marco Mangione

University of Naples "Federico II"

Italy

10

16:30

Application of Ensemble Techniques to Space Debris Modelling

10

confirmed

Mrs. Elisa Boccolari

Politecnico di Milano

Italy

11

16:40

Alumina Injection from Starlink Class Mega Constellations: A First Order Assessment of Upper Atmosphere Loading, Natural Removal, and Environmental Implications

10

confirmed

Ms. Navapan Khunnasarn

COMSPOC Corp.

United States

12

16:50

AI-Driven Autonomous Perception and Robotic Manipulation for Active Debris Removal and On-Orbit Servicing

10

confirmed

Mrs. Alessia Bissacco

Politecnico di Torino

Italy

13

17:00

Reinforcement Learning Approach in Multi-Target Debris Removal Mission Optimization: A Comparative Study with Classical Method

10

confirmed

Mr. Suhandinata Suhandinata

Georgia Institute of Technology, Atlanta

United States

14

17:10

Mission-Driven Deorbit Engineering Framework for CubeSats in SysML v2

10

confirmed

Ms. Aza Elyamani

Kyushu Institute of Technology

Egypt