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White 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: Curvilinear Coordinates For Covariance And Relative Motion Operations
We examine how the transformation affects depiction of the covariance matrix
Read MoreWhite Paper: Implementation Issues Surrounding the New IAU Reference Systems for Astrodynamics
This paper describes the implementation issues with the new IAU reference systems for Astrodynamics.
Read MoreWhite Paper: Integrated Model-Based Systems Engineering (MBSE) Applied to the Simulation of a CubeSat Mission
This paper describes the integrated MBSE applied to the simulation of a CubeSat mission.
Read MoreQuadcopter design and performance analysis over terrain
- Mar 25, 2019
- Craig Wooters
- Article
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White Paper: Optimal Fusion Of Vector Observations With Angle Or GPS Phase Difference Observations For Three-Axis Attitude Determination
This paper describes the optimal fusion of vector observations with angle or GPS phase difference observations for three axis attitude determination.
Read MoreWhite Paper: Pre-Launch Orbit Determination Design And Analysis For The LADEE Mission
This paper describes pre-launch orbit determination design and analysis for the LADEE mission
Read MoreWhite Paper: Progress in International Space and Astrodynamics Standards
This paper describes progress in international space and astrodynamics standards
Read MoreRecommended Best Practices for Incorporating the Leap Second
This paper describes the recommended best practices for incorporating the leap second
Read MoreWhite Paper: Space Event Detection Via Robust Time Series Forecasting
This paper describes space event detection via robust time series forecasting
Read MoreWhite Paper: Technical Description of Color and Opacity Blending (COB) Debris Visualization Technique
This paper describes the color and opacity blending (COB) debris visualization technique
Read MoreWhite Paper: The Customization of STK for use on the NEAR Mission
STK has been customized using the STK Programmer's Library for its use in analysis tasks with the NEAR Mission.
Read MoreSTK Enterprise
The most comprehensive digital mission engineering software package, anywhere.
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