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'DOT' gr , www 'DOT' 20000plusdvdsandcds 'DOT' tk , ( please
substitute 'AT' with '@' , and 'DOT' with '.' ) , o...@mail.gr,
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AGI STK Product Suite 8.1 : Design, analyze, visualize, and optimize
land, sea, air, and space systems.

    STK Professional Edition provides extended analytical capabilities
highlighted by 3-D visualization. This edition includes additional
databases; advanced aircraft and orbit propagators; attitude profiles;
complex sensor modeling; custom coordinate types and systems; and
custom reports.

    STK Expert Edition includes STK Professional Edition along with
the functionality of STK/Integration; STK/Terrain, Imagery, & Maps;
and STK Standard Analysis modules. Specialized Analysis Modules can
also be added individually.

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Add-On Modules

Integration

STK/Integration
Integrate your application with STK in a variety of ways including
custom scripting with AGI's proprietary "Connect" interface; accessing
the Microsoft COM object interface; leveraging the DIS entity layer;
embedding STK components within other applications using ActiveX
controls; or inter-operating with third-party software such as The
MathWorks' MATLAB and ESRI's ArcSuite.

Data

STK/Terrain, Imagery, & Maps
Achieve higher levels of situational understanding with global 1 km
terrain data, global 1 km imagery, and high-resolution 2-D maps that
may be installed locally or for network use.

Standard Analysis Modules

STK/Analyzer
Perform parametric analysis or trade studies.

STK/Attitude
Evaluate advanced attitude dynamics.

STK/Communications
Assess mobile RF communications and interference.

STK/Coverage
Analyze cumulative and instantaneous coverage analysis of multiple
assets for user-defined areas.

STK/Radar
Model radar environments, interference, and jamming.

Specialized Analysis Modules

STK/Astrogator
Generate interactive orbit maneuver planning tool for all classes of
space missions.

STK/Conjunction Analysis Tools (CAT)
Perform close-approach analysis and collision-avoidance based on
covariance.

STK/Missile Modeling Tools (MMT)
Model powered flight, intercept engagements, and missile defense
architectures.

STK/Precision Orbit Determination System (PODS)
Process spacecraft tracking data using a batch least-squared
algorithm.

STK/Scheduler
Manage and optimize mission-related scheduling functions.

Extensions for STK

GIS Analyst Extension for STK Professional Edition & AGI Viewer
Integrate ArcGIS data into STK.

Optimizer for STK/Analyzer
Solve for optimum solutions for multi-parameter trade studies.

Radar Advanced Environment for STK/Radar
Perform clutter and phased-array analysis.

RT3 Extension for Real-Time Data in STK & AGI Viewer
AGI's Real Time Tracking Tool is used to display, manage, and analyze
live, simulated, and archived data feeds.

TIREM for STK/Communications and STK/Radar

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Business Partner Products

SATSOFT, developed by Satellite Software, Inc., is a communication
satellite antenna design and analysis tool. Users of SATSOFT will be
able to quickly:
assess antenna coverage and gain
conduct detailed antenna trade studies
develop shaped beam and multi-beam antenna designs
Export individual beams into STK and its 3-D environment for
additional analysis

Weather Sentinel is a Windows-based software tool that analyzes and
visualizes predicted, real-time, and historical weather data in STK.
Mission analysts and operational planners can quickly and efficiently
import weather and perform detailed analysis of how it affects inter-
visibility, RF communications, mission plans, and vehicle
trajectories.
STK users can also visualize weather's affects on spacecraft orbits,
ground-based facilities, and moving vehicles in two- and three-
dimensions. Weather data such as temperature, pressure, and wind
velocity can be visualized in 3D at specified altitudes.

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NavTK Product Suite: Analyze performance of dynamic SATNAV systems.

Navigation Tool Kit 2.3.2
Navigation Tool Kit is a desktop application that predicts how
accurately GPS-dependent equipment performs in complex environments by
using industry-standard algorithms, precise satellite data, and the
ability to model real-world receivers.  Navigation Tool Kit/Payload
Planner
Navigation Tool Kit/Payload Planner allows users to accurately model
primary and secondary asset platforms before and after the release
phase, using real-world physics and up-to-the-minute GPS satellite
data.  Real-Time Navigation Data Service
The Real-Time Navigation Data Service is a paid Internet service for
Navigation Tool Kit that downloads real-time GPS correction data from
a global monitoring network.

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Navigation Tool Kit (NavTK) is a comprehensive desktop application
that predicts how Global Positioning System (GPS)-dependent equipment
performs in complex environments-yesterday, today, and in the future.
NavTK's Real-Time Navigation Data Service assesses GPS performance
worldwide.
Users are given effective representations of the jamming environment
and interference effects.
Information can be read directly from civil and military data
sources.

As an analytical tool:

Perform GPS navigation effectiveness analyses with a high level of
accuracy and confidence.
Execute analysis based on geometry, comm link coverage, location-based
accuracy, satellite status, and user-defined availability of GPS
service with the ability to analyze multiple scenarios at specific
times and assess the differences.
Optimize trade studies.

As an operational mission planning tool:

NavTK provides precise, up-to-the-minute GPS performance data for
operations relying on GPS technology.
User-configurable inputs for electronic warfare information give the
warfighter an accurate picture of the area of operation.
Perform trade studies for integrated land, sea, air, and space
operations for combinations of GPS operational conditions, hardware
configurations, or system architectures.

As a designer's tool:

Configure custom platforms and integrate assets (GPS and Altimeters).
Accurately model GPS constellation (Block II, IIA, IIR, IIR-M, and
IIF) availability, position, and navigation payloads.
Analyze effects of actual and hypothetical satellite errors and
outages.

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Navigation Tool Kit/Payload Planner enables Navigation Tool Kit users
to model precision guided munitions (PGMs), performing what-if
analyses for different weapon types, ingress routes, and environmental
effects. Users can also optimize each sortie to allow for decreased
attrition and increased effectiveness.
Flight profiles can be customized and used to model the system's real-
world physics and constraints. Specific payload parameters can be
defined to include mass, diameter, length, drag coefficient, and span
efficiency factors. Model trajectories, predict navigation accuracy,
and calculate system performance (Circular/Spherical Error Probable).
Use the miss distance combined with the weapon and target type to
determine the probability of mission success.

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Orbit Determination Tool Kit: Perform orbit determination and orbit
analysis support for satellite tracking systems.

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Orbit Determination Tool Kit (ODTK) provides orbit determination and
orbit analysis support for the entire life cycle of satellite tracking
systems. The main tools in this tool kit are a tracking data
simulator, a state-of-the-art optimal sequential filter, and a matched
optimal sequential smoother.
ODTK supports all phases of system design through simulated tracking
data, Monte Carlo analyses, and covariance analyses. Its sequential
filter offers a multitude of capabilities for routine satellite
operations, including orbit determination, ephemeris prediction, bias
calibration, and maneuver/thruster calibration. The sequential filter
produces a realistic covariance which has a variety of uses, including
system performance analyses, optimization of tasking, and calculation
of the probability of collision (in conjunction with STK/CAT). ODTK's
optimal smoother provides high accuracy post-fit ephemerides in
support of mission data products and parameter calibration. IV&V
activities can be performed with live or simulated data, as well as
Monte Carlo analyses.

ODTK allows:

Satellite owner/operators and trackers to process operational tracking
data and produce current estimates of satellite position and
velocity.
Design engineers and system architects to determine if proposed
systems can meet accuracy requirements by processing simulated
tracking data.
Mission planners and satellite operators to understand how accurate
their orbit estimate is through Monte Carlo analysis for realistic and
validate covariance.

ODTK solves for satellite orbit parameters one satellite at a time or
multiple satellites simultaneously. Simultaneous estimation is
particularly useful for missions that fuse data from multiple
satellites-such as formation-flying systems-and for geodesy, geo-
location, and intelligence activities, where the relative errors
between ephemerides are important to mission data fusion.
ODTK is built upon the same verified astrodynamics functions and
coordinate conversions as the STK software suite. The software
processes satellite tracking data to provide orbit estimate and
related parameters, including:

Satellite orbits with realistic error covariance information
Tracking equipment biases and spacecraft antenna locations
Thruster calibration parameters
Environment affecting satellite motion
GPS satellite orbits and their clocks
GPS monitor station clocks
Output from the tool kit can be further analyzed and visualized with
STK to offer a complete software solution for tracking system design.

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AGI Viewer 8

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Development Tools

4DX: Embed AGI's technology into custom software applications.

RT3 Development Kit: Create custom data feed solutions for display and
analysis.

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