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  • session 2

    Title

    Technologies that Enable Space Systems

    Description

    This session focuses on innovative and technological developments that are often high risk, but which have the potential to significantly enhance the performance of existing and new space systems. Leading-edge technologies that enable space applications come in many diverse forms, from system level innovations down to the subsystem or component level. Examples include instrumentation, sensors, biotechnology, components, micro- and nano-technology, advanced new structures and software techniques. Additionally, architectural solutions incorporating technologies such as artificial intelligence, machine learning, virtual/augmented reality, autonomy and automation are also of interest. The scope of the session includes architectures for single satellite systems or multiple satellite systems, such as constellations, formations, swarms, distributed systems, and system-of-systems (including hybridization with terrestrial systems). Ground-versus-space allocation of functionality and aspects of autonomy, both on-board and on-ground, may be addressed.

    Date

    2024-10-15

    Time

    10:15

    Room

    Orange Hall 3

    IPC members
    • Co-Chair: Mr. Matteo Emanuelli, Airbus Defence and Space, Germany;

    • Co-Chair: Mr. Steven Arnold, The John Hopkins University Applied Physics Laboratory, United States;

    • Rapporteur: Dr. Audrey Berquand, European Space Agency (ESA), The Netherlands;

    papers

    Order

    Time

    Paper title

    Mode

    Presentation status

    Speaker

    Affiliation

    Country

    1

    10:15

    technology developments and activities at the european space agency for cognitive synthetic aperture radar payloads

    12

    confirmed

    Mr. Max Ghiglione

    ESA - European Space Agency

    The Netherlands

    2

    10:27

    Securing Satellite Operations: A Novel Approach for Space Assets On-Board Safety

    12

    confirmed

    Ms. Jasmine Rimani

    AIKO S.r.l.

    France

    3

    10:39

    Leveraging Machine Learning for Advanced Failure Detection in spacecraft Attitude and Orbit Control Subsystem

    12

    confirmed

    Ms. Eleonora Mariotti

    Sapienza University of Rome

    Italy

    4

    10:51

    ALPER: Vision based Absolute Localisation for Planetary Exploration Rovers - Statistical analysis of complementary approaches

    12

    confirmed

    Mr. Loïc Le Cabec

    Magellium

    France

    5

    11:03

    Exploring Neuromorphic Vision Sensors in Space Exploration and Applications

    12

    confirmed

    Dr. Yusra Alkendi

    Technology Innovation Institute (TII)

    United Arab Emirates

    6

    11:15

    AEYE: Multi-Spectral Imaging Payload Equipped with On-Board Image Classification using AI-Generated Images

    12

    confirmed

    Mr. Abdullah AlSalmani

    National Space Science and Technology Center (NSSTC)

    United Arab Emirates

    7

    11:27

    Onboard Processing with Hybrid Computing on Small Satellites

    12

    confirmed

    Mr. Lianxiang Jiang

    China Academy of Space Technology (CAST)

    China

    8

    11:39

    Robotic system and refuelling mechanical interface design for the Italian In-Orbiting servicing demo mission

    12

    confirmed

    Mr. Alessandro Pilati

    Leonardo S.p.A.

    Italy

    9

    11:51

    A motion capture system for dynamic behavior measurement of deploying panels and hinge stiffness optimization in DELIGHT mission

    12

    confirmed

    Dr. Keisuke Watanabe

    Japan Aerospace Exploration Agency (JAXA)

    Japan

    10

    12:03

    ForFabSat: A Research Factory to Analyze Series Production for Networks of Small Satellites

    12

    confirmed

    Prof. Klaus Schilling

    Zentrum für Telematik

    Germany

    11

    12:15

    Investigation of low-energy spiking neural networks based on temporal coding for scene classification

    12

    confirmed

    Dr. Paolo Lunghi

    Politecnico di Milano

    Italy

    12

    12:27

    Recent in-flight results with the microHAPS near-space platform for space technology testing

    12

    confirmed

    Prof. Salvo Marcuccio

    Università di Pisa

    Italy

    1*

    10:15

    An overview of EXTREMA project Pillar II: validating autonomous guidance algorithms via HIL testing

    10

    confirmed

    Mrs. Alessandra Mannocchi

    Politecnico di Milano

    Italy

    2*

    10:27

    Ultra-Low-power Fully integrated CMOS Real-Time Clocks for Autonomous Sensors for Lunar Extreme Temperatures

    10

    confirmed

    Mr. Bo Wen Xu

    Delft University of Technology

    The Netherlands

    3*

    10:39

    Processor and Hardware in the loop GNC testing for e.Inspector mission: multi-spectral image processing for uncooperative target inspection

    10

    confirmed

    Dr. Stefano Silvestrini

    Politecnico di Milano

    Italy

    4*

    10:51

    BSK-RL: Modular, High-Fidelity Reinforcement Learning Environments for Spacecraft Tasking

    10

    confirmed

    Mr. Mark Stephenson

    University of Colorado Boulder

    United States

    5*

    11:03

    Brainsat: Hardware Development of a Neuromorphic On-board Computer applied to Methane Detection from Low Earth Orbit.

    10

    confirmed

    Mr. Raphael Mena Morales

    United Kingdom