IP. Interactive Presentations - IAF ASTRODYNAMICS SYMPOSIUM

Papers

1. Multiple Input Multiple Output Adaptive Controllers for a Titan Rover Concept

2. Design and Implementation of a Multi-Mission Torque Model Simulator for Earth Satellites

4. Distributed Guidance for Flexible Spacecraft Landing on Asteroid

5. A preliminary investigation of aerogravity assist missions to Ceres and other asteroids using various trajectory paths

6. Application of singular perturbation theory to space flight dynamics problems

7. dynamics in the vicinity of the stable halo orbits

8. A variant of the Kármán line theory facilitating the identification of a precise altitude boundary

9. A Survey of Longitudinal-Shift Maneuvers Performed by Geosynchronous (GEO) Satellites from 2010 to 2021

10. Automatic multi-gravity assist trajectory design with modified Tisserand Graphs exploration

11. design for earth-mars cycler trajectories based on aero assisted orbital transfer

12. On the approximation of gravitational field of a dynamically symmetric rigid body by two balls

13. Novel Gear based Actuation Mechanism for Spacecraft’s Attitude Control

15. Optimal Control of J2 formations subject to drag using MPC

16. machine learning based orbit prediction

17. ienai GO: a free tool for concurrent mission design and optimization with on-board electric propulsion

18. TudatPy - a versatile open-source astrodynamics software package for space education

19. Modelling and simulation of an on-orbit experiment for testing a novel engine technology

20. Optimization of chaser trajectory for active debris removal missions

22. On optimal three-impulse Earth-Moon transfers in a four-body model

24. study of orbital mechanics parameter using Laplace transform.

27. Processing of Altimetric Data for Precise Orbit Determination

28. Real-time Optimal Control of a 6-DOF State-Constrained Close-Proximity Rendezvous Mission

29. A survey of the Magnetic Dipole Moment Determination Methods applied on CubeSats and Nanosatellites

30. Singularity-Free Hybrid Control for Autonomous Berthing of Two Spacecrafts

31. Initial Guesses for Cislunar Low-Thrust Transfers

32. Stabilization of Space-advertisement Satellite Formation

34. Low-cost Manufacturing and Testing of Attitude Control Systems for CubeSats

35. optimal launch windows for artemis III and beyond leveraging contour maps

36. Hybrid Multi-Algorithmic Attitude Determination and Control Architecture

37. Families of Displaced non-Keplerian Polar Orbits for Space-Based Solar Energy Applications

38. Grid search for spatial axi-symmetric horseshoe orbits in restricted three body problem

39. Mapping long-term natural orbits about Titania, a satellite of Uranus

42. Data-Driven Guidance for Asteroid Landing Based on Real-Time Dynamic Mode Decomposition

43. The thrust vector control optimization of the air-breathing electric propulsion to maintain spacecraft in ultra-low orbits

44. Optimization of impulsive low-energy trajectories to the Earth-Moon L2 halo orbit

45. physical cross-sectional area modeling of complex structural spacecraft for long-term precision orbit determination

46. Optimal Trade-Off between Solar Energy and Control Input while Rendezvous and Docking of a CubeSat with a Rotating Target Spacecraft

47. A Framework for Deriving and Validating the Multibody Equations of Motion of Micro-Launchers

48. Bald Eagle Search Optimization based Bioinspired Spacecraft Rendezvous- Docking and Space Debris Mitigation

49. A Transport Theorem for the Inertia Tensor for Simplified Spacecraft Dynamics Development

50. N-Body Problem in Non-Inertial Reference Frame. Application to Full Two-Body Stability Problem

51. Accessible and Retrievable Asteroids considering Lunar and Solar Gravity Assists