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Software Integration Combines Automation with Custom Interface

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Reducing Air Force Space Command (AFSC) Operator Execution Time with STK Engine

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White Paper: Status Report of AGI’s Commercial Space Operations Center and other AGI SSA Initiatives

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Status Report of AGI’s Commercial Space Operations Center and other AGI SSA Initiatives

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STK 12.2 Spotlight: Python API Enhancements

  • Apr 13, 2021
  • Johnathan Thompson
  • Blog Post

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Space Software Showcase: Space Situational Awareness

  • Apr 1, 2020
  • Jim Cooper
  • Video

Learn about debris and space traffic management for current and future space assets using the Chinasat 1C/SJ17 events of 2018 as an example.

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AGI Enhances Combat SkySAT and NSAT Software Packages

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U.S. Joint Expeditionary Force Experiment Benefits from STK Engine Technology from AGI

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White Paper: Advances in Satellite Conjunction Analysis

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This paper explores the use of operational methodologies for appropriately thinning the resultant large data sets

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White Paper: How the Space Data Center Is Improving Safety of Space Operations

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This paper will address how the SDC will use a service-oriented architecture (SOA) to support orbital operations.

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White Paper: Multi-Phenomenology Observation Network Evaluation Tool (MONET)

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This paper describes the multi-phenomenology observation network evaluation tool.

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Technical analysis of commercially hosted optical payloads for enhanced SSA

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This paper describes technical analysis of commercially hosted optical payloads for enhanced SSA.

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White Paper: Verifying Observational Data For Real-World Space Situational Awareness

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This paper describes the processes for the routine OD evaluations including the activities required to assemble and process the data.

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Python for use with the STK Object Model

  • May 10, 2016
  • Sean Boyer
  • Tech Tip

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White Paper: A Description Of Filters For Minimizing The Time Required For Orbital Conjunction Computations

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The identification of potentially dangerous conjunctions is most commonly done by determining periods of time when objects have the risk of collision

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