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White Paper: A Comparison of Lunar Landing Trajectory Strategies Using Numerical Simulations
The paper describes the complete strategies for trajectory design from Earth-launch to Lunar landing.
Read MoreRevisiting Trajectory Design with STK Astrogator
- Dr. Cody Short, Austin Claybrook
Improving the trajectory design and analysis process using STK Astrogator.
Read MoreWhite Paper: Sun-Mars Libration Points and Mars Mission Simulations
This paper describes Sun-Mars libration points and Mars mission simulations
Read MoreWhite Paper: Formation Flying Of A Telescope/Occulter System With Large Separations In An L2 Libration Orbit
This paper shows the formation flying of a telescope/occulter system with large separations in an L2 libration orbit
Read MoreWhite Paper: Calculation of Weak Stability Boundary Ballistic Lunar Transfer Trajectories
The efficient calculation of this transfer is the subject of this paper.
Read MoreWhite Paper: Integration Of Orbit Trajectories In The Presence Of Multiple Full Gravitational Fields
- Dr. Vince Coppola
Describes the integration of trajectories in the presence of multiple full gravitational fields
Read MoreTechnical Implementation of the Circular Restricted Three-Body Model in STK Astrogator
- Oct 21, 2020
- Dr. Cody Short
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White Paper: Reducing software development cost, schedule and risk using AGI software
This paper describes how AGI software reduces software development costs scheduling and risk.
Read MoreWhite Paper: Correct Modeling of the Indirect Term for Third-Body Perturbations
Explores three different formulations of the equations of motions to examine the effects of modeling third body gravitational forces.
Read MoreWhite Paper: Software Architecture and Use of Satellite Tool Kit’s Astrogator Module for Libration Point Orbit Missions
This paper describes the software architecture and use of STK's Astrogator module for libration point orbit missions.
Read MoreWhite Paper: Comparisons Between Newton-Raphson And Broyden’s Methods For Trajectory Design Problems
This paper describes the two algorithms, explains how they are implemented in STK/Astrogator, and compares using them to solve trajectory problems
Read MoreWhite Paper: Contingency Planning And Mission Performance Impacts
Launch uncertainties can cause a significant impact on the scope and lifetime of any satellite mission.
Read MoreWhite Paper: Trajectory Sensitivities for Sun-Mars Libration Point Missions
This paper describes trajectory sensitivities for Sun-Mars libration point missions.
Read MoreDME and CGF software: STK and AFSIM
- Jul 1, 2020
Digital Mission Engineering (STK) and Computer-Generated Force simulations (AFSIM) are complementary and essential for defense organizations.
Read MoreWhite Paper: Proximity Operations for Space Situational Awareness
- Dan Oltrogge
This paper describes proximity operations for space situational awareness
Read MoreWhite Paper: Scalable Trajectory Design With COTS Software
This paper describes scalable trajectory design with COTS software.
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