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(November 9) Safe Active Fault Estimation for Spacecraft (with Exhibitor Briefing)

  • 1.  (November 9) Safe Active Fault Estimation for Spacecraft (with Exhibitor Briefing)

    Posted 06 Nov, 2024 16:42

    RSVP and Information: https://lp.constantcontactpages.com/ev/reg/6xq5wjg/lp/16360f58-9dbc-4f53-ac6e-6ea3ec6873c5

    AIAA LA 11/9 Section (Town Hall) Meeting

    (A hybrid event: In-person and online attendance)

    Saturday, November 9, 2024, 11 AM PST (GMT -0800)

    Nov 09

    (Nov. 9) Safe Active Fault Estimation for Spacecraft

    Safe Active Fault Estimation for Spacecraft (Hybrid Meeting)
    Please join us, the AIAA Los Angeles Section, and learn more about the exciting applications of robotics on spacecraft designs and simulations. The speaker and the team in Caltech recently demonstrated the real-time performance of their algorithm on a robotic spacecraft simulator, and show with enough planning, they can reliably maintain safety and diagnose faults.

    Presenter / Speaker:
    James Ragan
    Ph.D. Candidate
    Space Engineering at Caltech
    advised by Prof. Soon-Jo Chung
    (The speaker will present in-person.)

    Hawthorne Library (Meeting Room)
    12700 Grevillea Ave, Hawthorne, CA 90250
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    Virtual location

    You will receive a confirmation email with a URL.

    Nov 09, 2024 11:00am PT - Nov 09, 2024 12:40pm PT

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    Free

    Tentative Agenda: (All Time PST (GMT -0800)) (US and Canada)

    10:30 AM: Check-in, Networking

    11:00 AM: Welcome/Introduction, Briefing by Exhibitor

    11:10 AM: Presentation and Q&A

    12:40 PM: Additional Q&A (if needed) / adjourn / Networking.

    Disclaimer: The views of the speakers do not represent the views of AIAA or the AIAA Los Angeles Section

    (In-person attendance might have better interactive experiences.)

    (This event is not sponsored by the Hawthorne Library)

    Safe Active Fault Estimation for Spacecraft

    In time-critical operations, rapid and autonomous fault estimation may be necessary to ensure mission safety. Active diagnosis using sequences of planned test actions can resolve ambiguity and provide fast identification of underlying faults. However, naïve test actions could endanger the system. To resolve this, we propose an online tree-based planning algorithm which simultaneously selects actions that gather information about active failures and ensures collision avoidance by satisfying probabilistic chance constraints. We demonstrate the real-time performance of our algorithm on a robotic spacecraft simulator, and show with enough planning, we can reliably maintain safety and diagnose faults.

    James Ragan

    Ph.D. Candidate

    Space Engineering at Caltech,

    advised by Prof. Soon-Jo Chung

    (The speaker will present in-person.)

    James Ragan is a Ph.D. Candidate in the space engineering at Caltech, advised by Prof. Soon-Jo Chung, applying planning to spacecraft in domains where fast autonomous responses are necessary, such as fault estimation in deep-space proximity operations and detecting cyberattacks in formation flying. He has received bachelor's degrees in aerospace engineering as well as astronomy and physics from the University of Washington.

    Exhibitor Briefing

    Gran Systems

    Gran Systems is a company making great systems, founded in 2008, specialises in System Integration and Think Tank, for industries like new space, semiconductor equipment, and medical devices. 

    In 2021, our products were featured on NASA's Small Satellite website, and in 2024, we were highlighted in NASA's Small Satellite Technology State of the Art Report for our ongoing contributions to New Space.

    We are a supplier serving new space industry, with services described below:

    (1) Satellite launch services.

    (2) Experiment in Space / Microgravity Research / ISAM.

    (3) Dispenser / Deployer Test Fixture for Cubesats.

    (4) Mass-produced Cubesat Bus.

    (5) Mass-produced Cubesat Structures.

    (6) Space Environment Testing Equipment: TVAC, Helmholtz Coil, Vibration Table.

    (7) Space Education.

    (8) Others.

    Please see more details on website :

    gransystems.com 

    [AIAA Los Angeles Section], [contact@aiaa-lalv.org], [https://www.aiaa-lalv.org]



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