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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 MoreAGI, USSTRATCOM Enter Into SSA Sharing Agreement
- Apr 16, 2019
- Stephanie Eftimiades
- Blog Post
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White Paper: Angles Only Three-Axis Attitude Determination
The problem of determining the attitude from measurements of arc lengths or equivalently from measurements of dot products of vectors is examined
Read MoreHow To: Transform between Cartesian (X, Y, Z) and Geodetic (Longitude, Latitude, Altitude) Coordinates
- Oct 13, 2010
- AGI Geeks
- Article
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White Paper: Efficient Covariance Interpolation Using Blending Of Approximate State Error Transitions
This paper describes a new method for interpolating covariance in which an approximate state error transition is incorporated.
Read MoreWhite Paper: Ephemeris Requirements For Space Situational Awareness
This paper describes the ephemeris requirements for Space Situational Awareness (SSA).
Read MoreWhite Paper: Estimation Of Instantaneous Maneuvers Using A Fixed Interval Smoother
The analysis of these nearly instantaneous maneuvers is the focus of this study.
Read MoreIntegration
Automate Systems Tool Kit (STK) and integrate it with other applications to extend its capabilities.
Read MoreSTK Tip: Getting Started with Matlab
- Jens Ramrath
- Video
Jens Ramrath, Sr. Systems Engineer, quickly explains how to get started integrating STK and Matlab.
Read MoreWebinar: Digital Mission Engineering Part 3
- Jeff Baxter
- Video
Join AGI and Phoenix Integration as we discuss how to develop physics-infused descriptive models with STK and SysML tools like Cameo.
Read MoreWhite Paper: A Comprehensive Assessment of Collision Likelihood in Geosynchronous Earth Orbit
- Dan Oltrogge
Knowing the likelihood of collision for satellites is of extreme importance and interest to the global space community
Read MoreWhite Paper: An Analysis of State Vector Prediction Accuracy
The requirements for precise orbit determination (OD) and propagation are becoming commonplace as numerical operations become standard.
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