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  • session 4
  • 4. Educational Pico and Nano Satellites

    Papers

    1. Implementation of MR Sensors for Attitude Control on UCLSat for the QB50 Mission

    2. two nano-satellites for formation flying in low-earth orbit: an undergraduate student design project at delft university of technology

    3. An Integrated, Compact and Robust RF design for a Picosatellite Communication system

    4. BUSAT-1 Attitude Determination and Control: a QB50 Solution

    5. Estimating Spacecraft Attitude Based on In-Orbit Sensor Measurements

    6. Technology Demonstration of an Extreme-UV Solar imaging telescope on-board Azad-1: Student Nanosatellite Project

    7. Verification of FDIR algorithm for SNUSAT-1 on 3-axis motion simulator

    8. a technology demonstration project to prove inter satellite communication between twin nano satellites and de-orbiting mechanism

    9. Aerogel Insulation and Earth Imaging Experiment (AIEI-Ex) Onboard A Tubesat

    10. First Costa Rican Nano Satellite GENSO Ground Base Station: materializing efforts.