Conference Presentations

Here you may find the keynotes that were presented during the 5^th IAA Conference on University Satellite Missions and CubeSat Workshop, held at Palazzo Rospigliosi, Roma in January 2020.

Invited lectures:

• 2020-01-28 – GK Launch Services. Soyuz-2 Launch Capabilities for Small Sats and Cubesats
• 2020-01-28 – Research initiatives inside our recent industrial activities
• 2020-01-28 – To the Moon and Beyond by CubeSats. Advantage or Adventure
• 2020-01-28 – CubeSat. The Future of a Revolutionary Idea
• 2020-01-29 – Enabling Technologies for Future Small Satellite Missions WiPTherm Project
• 2020-01-30 – Canadian CubeSat Project

Presentations:

• IAA-AAS-CU-20-01-01 – Attitude Control Algorithms in a Swarm of CubeSats: Kriging Interpolation and Coordinated Data Exchange
• IAA-AAS-CU-20-01-02 – Collision Avoidance for Cubesats in Formation Flying
• IAA-AAS-CU-20-01-03 – Iterative Learning Control Processes On-Board Cubesats
• IAA-AAS-CU-20-01-04 – The HERMES mission – a CubeSat constellation for multi-messenger astrophysics
• IAA-AAS-CU-20-01-06 – Methods for Accurate Ballistics Calculations for Multi-Satellite Constellation
• IAA-AAS-CU-20-02-02 – Laboratory Study of Control Algorithms for Debris Removal Using CubeSat
• IAA-AAS-CU-20-02-03 – Space Debris Mitigation. Cranfield University’s Family of Drag Augmentation Systems
• IAA-AAS-CU-20-02-04 – Preliminary Analysis of a Stereoscopic Meteors Observation via CubeSat Cluster Flight
• IAA-AAS-CU-20-02-06 – CubeSat with Dual Robotic Manipulators for Debris Mitigation and Remediation
• IAA-AAS-CU-20-03-01 – OPHELOS: A Biomedical CubeSat Concept
• IAA-AAS-CU-20-03-02 – Multi-Satellite Project Universat – SOCRAT of Cubesat Grouping
• IAA-AAS-CU-20-03-03 – Development of a CubeSat Platform for Biomedical and Pharmaceutical LEO Experiments
• IAA-AAS-CU-20-04-02 – Flight Results From a Passively Magnetic Stabilised Single Unit CubeSat
• IAA-AAS-CU-20-04-03 – Satellite Laser Ranging to SteccoSat Nanosatellite
• IAA-AAS-CU-20-04-03A – NANOSTAR, a Collaborative Approach to Nanosatellite Education
• IAA-AAS-CU-20-04-04 – An Overview of the Alfa Crux CubeSat Mission for Narrowband Communication
• IAA-AAS-CU-20-04-05 – Inspire Fly. A University CubeSat Mission Set to Make Space Local
• IAA-AAS-CU-20-04-06 – Mini Space Elevator Demonstration by CubeSat STARS
• IAA-AAS-CU-20-05-01 – Station-Keeping about Sun-Mars Three-Dimensional Quasi-Periodic Collinear Libration Point Trajectories
• IAA-AAS-CU-20-05-02 – A Trajectory Design Framework Leveraging Low-Thrust for the Lunar IceCube Mission
• IAA-AAS-CU-20-05-04 – Mission Analysis in the Braking Effect of a Small Nanosatellite Thruster to Achieve Mars Orbit
• IAA-AAS-CU-20-05-06 – CubeSat Project for Sounding the Atmosphere of Mars
• IAA-AAS-CU-20-05-07 – Cubesat Launch for Mission on Mars Using a Small Dedicated Launcher and Electric Propulsion
• IAA-AAS-CU-20-05-08 – Interplanetary Communication Architecture for Future Human Settlements
• IAA-AAS-CU-20-05-09 – Mothercraft-CubeSat Radio Measurement for Phobos Survey
• IAA-AAS-CU-20-05-10 – The Context and the Technological Challenges Propulsion System for Mars Exploration and Beyond
• IAA-AAS-CU-20-06-02 – Three-axis Magnetic Control for a Nanosatellite. Practical Limitations due to a Residual Dipole Moment
• IAA-AAS-CU-20-06-03 – Spacecraft Attitude Stabilization for Magnetically Actuated Spacecraft using Rotation Matrices
• IAA-AAS-CU-20-06-04 – Flight Experimentation with Magnetic Attitude Control System of SiriusSat1 and 2 Nanosatellites
• IAA-AAS-CU-20-06-05 – A Multi-Satellite Mission to Illuminate the Earth. Formation Control Based on Impulsive Maneuvers
• IAA-AAS-CU-20-06-06 – In-Orbit Performance of TOTEM, an Advanced Multi-Application SDR Payload, in LUME-I Mission
• IAA-AAS-CU-20-06-07 – Creating CubeSat Image Database for Machine Learning based Onboard Classification for Future Missions
• IAA-AAS-CU-20-06-10 – Nanosatc-BR3 Concept Design Using Model-Based Systems Engineering (MBSE)
• IAA-AAS-CU-20-06-13 – Magnetic Attitude Control for Low Earth Orbit Spacecraft
• IAA-AAS-CU-20-07-01 – Russian-Aserbaijdshan Small Satellite Project for Radiation Monitoring and Upper Atmosphere Control
• IAA-AAS-CU-20-07-02 – GMV’s Experience with CubeSat and Key Technologies
• IAA-AAS-CU-20-07-04 – First Results of UV Radiation Measurements Made by AURA Detector Onboard VDNH-80 Cubesat
• IAA-AAS-CU-20-07-05 – Advanced Gamma Detector for Cubesats
• IAA-AAS-CU-20-07-11 – GAUSS Electronics for New Space Systems
• IAA-AAS-CU-20-07-13 – Formation-Flying SAR as a Spaceborne Distributed Radar Based on a Microsatellite Cluster
• IAA-AAS-CU-20-07-15 – Ka-Band ISL and Transceiver for Small Satellites