Technical Papers – Cislunar SDA

A Comprehensive Approach to Optimized Cislunar Architecture Design Utilizing Capacity

Justin Kim, BAE Systems, Inc.; Naomi Owens Fahrner, BAE Systems, Inc.

Keywords: Cislunar, Architecture, Design, Optimization, Capacity

Adaptive Sensor Tasking Strategies for Tracking Non-Cooperative Cislunar Space Objects

Jeremy Correa, Katalyst Space Technologies; John Ware, Katalyst Space Technologies; Maruthi Akella, UT Austin; Brandon Jones, UT Austin

Keywords: Dynamic Tasking, Cooperative Decision Making, Cislunar OD

An Adaptive Approach to the Initial Orbit Determination Problem in the Cislunar Regime Using Machine Learning

Juan Ojeda Romero, Johns Hopkins Applied Physics Lab; Wayne Schlei, Johns Hopkins University Applied Physics Laboratory; Gene Whipps, Johns Hopkins University Applied Physics Laboratory; Nicholas LaFarge, Johns Hopkins University Applied Physics Laboratory; Gunner Fritsch, Johns Hopkins University Applied Physics Laboratory; Sean Phillips, Johns Hopkins University Applied Physics Laboratory

Keywords: Multibody dynamics, cislunar IOD, Circular Restricted Three Body Problem, Neural Networks, Dynamical Systems Theory, Machine Learning, Classification, Orbit Determination

An Investigation of Impulsive-Maneuver Transfers from L3, L4 and L5 to Earth-Orbit

Evangelina Evans, University of Colorado at Boulder; Marcus Holzinger, University of Colorado at Boulder; Daniel Scheeres, University of Colorado at Boulder

Keywords: astrography, cislunar space,

Analysis of Persistent Detection Corridors for Cislunar Space Situational Awareness

Michael Klonowski, University of Colorado at Boulder; Casey Heidrich, University of Colorado at Boulder; Naomi Owens-Fahrner, BAE Systems, Inc.; Marcus Holzinger, University of Colorado at Boulder

Keywords: Space Domain Awareness, Cislunar Space, Mission Planning

Analysis of Receiver Position and Velocity Uncertainty on Passive RF Cislunar SSA Architectures

Kullen Waggoner, Air Force Institute of Technology; David Curtis, Air Force Institute of Technology

Keywords: SDA, SSA, cislunar, Passive RF, TDOA, FDOA,

Applications of Poincare Search Maps for Space-Based Cislunar SDA Detection

Raymond Wright, BAE Systems; Naomi Owens-Fahrner, BAE Systems; Luke Tafur, BAE Systems; Joshua Wysack, BAE Systems

Keywords: Cislunar, SSA, SDA, STM, Poincare Search Maps, Three-body problem

Autonomous Trajectory Planning for Cislunar Space

Brian McCarthy, a.i. solutions, Inc; Fabio Chiappina, a.i. solutions, Inc

Keywords: cislunar, trajectory design, machine learning, path planning, multi-body dynamics

Cislunar Initial Orbit Determination Using Sensor and Measurement-Centric Admissible Regions

Queenique Dinh, University of Colorado Boulder; Daniel Scheeres, University of Colorado Boulder; Marcus Holzinger, University of Colorado Boulder

Keywords: Cislunar, Initial Orbit Determination, Admissible Regions, Space Situational Awareness

Cislunar Orbit Determination with Passive RF Sensors

François Thevenot, Safran Data Systems; Baptiste Guillot, Safran Data Systems; Sebastien Herbiniere, Safran Data Systems

Keywords: Cislunar SSA, Orbit Determination, Passive RF

Cislunar Surveillance Optimization and Key Region Identification

Surabhi Bhadauria, Purdue University; Arly Black, Purdue University; Carolin Frueh, Purdue University

Keywords: cislunar surveillance, key regions, optmization

Efficient Cislunar Multi-Target Tracking with Adaptive Multi-Fidelity Propagation

Benjamin L. Reifler, The University of Texas at Austin; Brandon A. Jones, The University of Texas at Austin

Keywords: multi-fidelity, cislunar, multi-target

Enhanced Heuristic Algorithm for Optimal Cislunar Space Situational Awareness Architecture

Jacob Dahlke, Air Force Institute of Technology (AFIT); Col. Robert Bettinger, Air Force Institute of Technology (AFIT); Rachel Oliver, Air Force Institute of Technology (AFIT)

Keywords: cislunar, SSA, heuristic, genetic algorithm

Guiding Lunar Growth: Architectural Solutions for Space Traffic Management

Michael Bilka, BAE Systems; Raymond Wright, BAE Systems, Space & Mission Systems; Joshua Wysack, BAE Systems

Keywords: Cislunar, SSA, SDA, STM, Lunar Missions

Motion Hypothesis Satellite Detection for Cislunar Spacecraft

Kaitlyn Raub, InTrack Radar Technologies, Inc.; Tim McLaughlin, InTrack Radar Technologies, Inc.; Nathan Holzrichter, MITRE; Stefan Doucette, MITRE; Francis Chun, United States Air Force Academy

Keywords: cislunar, telescope, astronomy, observatory, algorithms

Optimal Control-Based Track-to-Track Correlation with Optical Measurements

Alessia De Riz, Politecnico di Milano; Riccardo Cipollone, Politecnico di Milano; Pierluigi Di Lizia, Politecnico di Milano

Keywords: SST, track-to-track correlation, optimal control, optical measurements, uncertainty propagation

Reachability Analysis of Low-Thrust Cislunar Spacecraft Using State Transition Tensors

Ethan Foss, Stanford University; Aaron J. Rosengren, University of California, San Diego; Ashley D. Biria, Air Force Research Laboratory

Keywords: Reachability Analysis, Cislunar Astrodynamics, Space Domain Awareness

Simultaneous Observation Association and Maneuver Reconstruction for Non-Keplerian Initial Orbit Determination Using Nonlinear Programming

Casey Heidrich, University of Colorado Boulder; Marcus Holzinger, University of Colorado Boulder

Keywords: Initial orbit determination, optimization, measurement association, maneuver reconstruction

SOM-erizing Cislunar Orbits: Classification of Cislunar Orbits Using Self-Organizing Maps (SOMs)

Denvir Higgins, Lawrence Livermore National Laboratory; Kerianne Pruett, Lawrence Livermore National Laboratory; Travis Yeager, Lawrence Livermore National Laboratory; Michael Schneider, Lawrence Livermore National Laboratory

Keywords: SOM, cislunar, unsupervised machine learning, maps

The Resonant Structure of xGEO and Implications for Cislunar Domain Awareness

Aaron J. Rosengren, University of California San Diego; Shane D. Ross, Virginia Tech; Bhanu Kumar, Jet Propulsion Laboratory, Caltech; Anjali Rawat, Virginia Tech

Keywords: Cislunar SSA, Astrodynamics, Space Situational/Domain Awareness (SSA/SDA), Restricted Three-Body Problem, Perturbed Two-Body Problem

Utilising Australian National Infrastructure to Support Cislunar Space Domain Awareness

Timothy Bateman, UNSW Canberra Space; Ken Smart, CSIRO Space and Astronomy; Melrose Brown, UNSW Canberra Space

Keywords: Passive RF, SDA, Cislunar