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STK/Integration

STK/Integration STK/Integration The STK/Integration module further enhances the out-of-the-box automation and integration capabilities that come with STK. Through this module, you can automate repetitive tasks from outside of the application (out of process). This capability allows you to integrate with other applications like Microsoft Excel and MATLAB, develop custom applications and leverage AGI's Object Model collection of COM libraries from other applications.

  • Highlights

    • TCP/IP socket interface
    • C interface libraries for quick integration
    • Mathematical manipulation of STK output using MATLAB
    • Utilize position and attitude PDUs
    • Real-time GIS display and analysis
    • Can be displayed on virtual globes and other application APIs via STK's extensible architecture.

  • Key Features

  • STK/Integration

    Interface library

    • Use STK's Connect commands to quickly interface your software tools with STK.
    • Rapidly prototype an analysis capability using STK as the computational engine.
    • Sent sequences of Connect commands can be sent from batch files or other software packages to automate sequences of time-consuming calculations.
    • Perform complex trade space studies by generating a sequence of the appropriate Connect commands.

    MATLAB

    • Leverage the MATLAB Interface's two-way communications pathway between the STK software suite and MATLAB by The MathWorks.
    • Open a TCP/IP socket to STK from within the MATLAB workspace.
    • Use more than 150 native MATLAB-formatted commands to model orbital, ballistic and great arc trajectories and perform the analytical functions of STK.
    • Parse STK data, including dynamic position, velocity and attitude data, back into the MATLAB workspace for further mathematical analysis.
    • Create and manipulate objects in STK via Connect commands, and then use the data providers for MATLAB to optimize any single or combination of parameters.

    Attitude maneuver determination

    • Use the Aerospace Toolbox (ATB) to perform attitude manipulation.
    • Compute rotations and transformations from multiple attitude types with Euler angles and quaternions.
    • Determine a quaternion to perform the minimum rotation angle to align the current attitude vector with the desired attitude vector.

    Perfect coverage design and analysis tool

    In a design environment, a satellite television provider may wish to create a geostationary satellite sensor footprint and position it so it covers the maximum number of middle-income households possible. Using the STK/Integration Module with STK/Coverage and a GIS income database, the user can converge upon an optimal design. As an analysis tool, a current satellite operator can analyze what geographical and demographical environments their satellite passes over each day, such as people, automobiles, homes, cellular areas, zip codes, televisions, fast food restaurants, in order to maximize their assets and revenues.

    Real-time GIS display and analysis

    The STK/Integration Module and ArcView GIS with the ArcView Tracking Analyst, the user can receive, process, analyze, and display real-time data, such as that received from the Global Positioning System (GPS). The Integration Module with this ArcView GIS bundle allows the user to conduct temporal and spatial GIS analyses of this data in real-time, visualize it within both STK and ArcView GIS, and understand the association moving objects, such as military vehicles, aircraft, satellite sensors, and ships, have within their GIS environment.

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Supported OS and Hardware Requirements

Supported Operating Systems
  • Windows
  • XP Professional
  • Server 2003, 2008
  • Vista
  • Windows 7
  • Linux (TBA)
Minimum Hardware Requirements
  • 1.4 GHz Core Duo Processor
  • 2 GB RAM, 1 GB Disk Space for Installation
  • Dedicated Storage for Data, based on your needs
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