Intro Stk Rdm

7/21/2019 Intro Stk Rdm

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Company overview

Industry standard software Design and analysis

Simulation

Mission planning

Offices in U.S., Europe and

Asia

Founded in 1989

40,000 registered

installations

700+ buying organizations


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Where am I now?

Where will I be? Where have I been?

How am I oriented?

AGI basics

Time-dynamic position and attitude


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Can we all see each other?

Who can I see?

Who can see me?

Relationships among objects and areas

AGI basics


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What is my SNR?

Are there any obstructions?

Lighting & weather conditions?

AGI basics

Quality of dynamic spatial relationships

Will platforms collide?


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STK

Model basic

systems Position and attitudeover time Land, sea, air and

space

Basic sensormodels

Basic constraintmodeling

Analyzeperformance In-view

relationships

between any assets Determines what

assets can see

Convey missionresults


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STK Data Federate

Manage, store and share STK scenarios, objects and

data Centralized storage

Version control for data integrity and traceability

Keyword metadata support for search/discovery

API for customization and integration with non-AGI data

Benefits

Prevent lost or duplicate

work

Increase accuracy Share authoritative data

more easily

Extend Sharepoint,

Teamcenter or other

solutions with STK data


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STK Viewer

Share your STK

analysis

Publish interactive

scenarios for non-STK

users

Show STK Report data

Display real-time

situational awareness

Import and manage

geospatial layers,

including ArcGIS data

Create movies and

high-resolution images


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STK Pro

Builds on free STK base Higher fidelity for more-

complex problems

Ability to use terrain data tomore accurately model lineof site restrictions

Sensor modeling Custom FOV/FOR

Assign pointing modes

Multi-node chain analysis One-to-many

Many-to-many

Many-to-one

Add modules depending onanalysis or workflows


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STK Analysis Workbench

Vecto r Geometry Too l

Define unique systemconstraints

Build custom platform andpayload orientations

Calculat ion Too l

Define new data providers Extend models by creating

custom mathematicaloperations

Time Tool

Create time event triggersand intervals

Manage system simulationusing relative mission times

Example using the Calculation and Time tools to determine

aircraft bingo points (fuel state needed for recovery).


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STK SatPro

In-depth tools for

design andoperations

Numerical integrators

Third-body effects

SRP

Drag

Attitude profiles

Targeted

Slew models

Aligned and constrained Solar panel tool

Create constellations

Load SP3 Files


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STK Systems Bundle

For complex

modeling andenterprise

integration

Includes common

capabilities acrossmultiple domains

Add specialized

analysis modules

for specificexpertise domains

Aircraft performance

Missile modeling

Enhanced satellite


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STK Aircraft Mission Modeler (AMM)

Performance envelope

modeling for aircraft Parameter based Fuel flow

Pull/push over Gs

Flight procedures Holding patterns

Take off / landing

Calculation of bank angles

Time-based missionanalysis for aircraftoperations or systemsanalysis

3D object editing forquick manipulation


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STK Integration

Automate and integrate

with enterpriseinfrastructure Pull data from STK into third-

party applications

TCP/IP, Microsoft COM and

Java interfaces

Pre-integrated for use with

MATLAB Aerospace ToolBox (ATB)

Flight Control

Excel


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STK Terrain, Imagery and Maps

Global terrain data SRTM 90M worldwide

NED 30M CONUS

Global imagery

500M base image


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STK Analyzer

Perform trade studies

on STK scenarios

Vary one or many

STK parameters and

study resulting

effects Automate complex

trade studies

Monte Carlo

probabilistic analysis Optimizer Extension

finds best solution


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AGI software extension: STK Optimizer

Optimize complex tradespace analysis

Gradient-based

Adaptive surrogate

Darwin genetic

For locating best designs

in noisy trade spaces

Variable influence profiler

Prediction profiler

Extension for STK

Analyzer


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Analyzer ModelCenter Bundle

Supports

enterprise M&S

Multi-tool trade

space design

framework Link to common

tools

STK

MATLAB Price

Excel

CAD tools


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STK Communications

Perform dynamic

link analysis andmodeling

Simple or complex

Interference

Lasercommunications

Multi-beam antenna

modeling

Customizable RFmodeling


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Very fast, site-specific

urban path losspredictions

Fully integrated with STK

Dynamic wireless comms

Complete mission analysisenvironment

Multiple applications

Tactical mobile comms Net-centric ISR architectures

Cyber warfare

Analysis of urban tactics

Urban Propagation Extension

for STK Communications


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STK Radar

Comprehensive radar

system modeling

Interference effects

Multiple antenna

types including user-

defined

Assign multi-

frequency and

aspect-dependent

radar cross sections

Analyze probability

of detection


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AGI software extension: STK TIREM

Analyze diffraction

effects onpropagation

Irregular terrain

Beyond line of sight

Near-field

considerations

Power density, field

strength

Tropospheric scatter

Automated selection

of optimum models

Atmospheric loss (dB)

With TIREM

Without TIREM


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STK Coverage

Analyze multi-assetinteractions, includingregions of interest

Instantaneous orcumulative

Apply constraints forhigher-fidelity modeling

Generate quality figures ofmerit

Calculate satisfactionstats for each figure ofmerit


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STK Parallel Computing Extension

Harness multiple

cores Save time

More refined analysis

3 options STK Coverage comes

with four (4) cores

Workstation Option

Cluster Option

Cores Time for

10 m resolution

1 (2.0 GHz) 5.8 days

4 (3.3 GHz) 17 hrs

8 (3.3 GHz) 12 hrs

16 (2.3 GHz) 6 hrs

32 (2.3 GHz) 3 hrs

48 (2.3 GHz) 2 hrs

10 m Resolution


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STK Astrogator

Spacecraft trajectory design

and maneuver planning tool Multiple constrained stopping

conditions

Model finite and impulsiveburns

Formation flying and

rendezvous analysis Closed-loop maneuver control

Built-in trajectory optimization

Calculate fuel usage

Choose from standards orcustomize your own:

Propagators Force models

Central bodies

Engine models, thruster sets

STK CAT (Conjunction Analysis


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STK CAT (Conjunction Analysis

Tools)

Analyze space conjunctions

Range

Error ellipsoids

Launch window analysis

Probability of collision

3D visualization of error

volumes

Laser clearing

Uses TLE or ephemerisdata


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Orbit Determination Tool Kit

For designing and operatingsatellite and tracking systems State-of-the-art optimal

sequential filter, smoother

Earth motion, deep space andatmospheric environments

Noise correlated to orbitdynamics

Time-varying tracking bias drifts

Solves filter-states acrossmaneuvers

Compute realistic error

covariance Solve for multiple satellites

simultaneously


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STK Missile Modeling Tools

Three tools in one

Missile Design Tool Enter type of missile

Performance parameters

Flow rates, propulsion, etc.

Interceptor Flight Tool Engagements with missiles and

airborne targets from ground Missile Flight Tool

Generates trajectories from MDT,MFT or pre-populated missileclasses based on pitch, drag,maneuvers and re-entry angles

Import missile models from

databases like STAMP Defense architecture

performance

Area denied

Defended area


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STK Scheduler

Define/plan tasks and

resource allocations Manage and optimize

schedule solutions

STK constraints drive

asset availability

Analyze availability of

people, facilities, objects

Tailor solution-scoring

to define whatsoptimum

STK SOLIS


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STK SOLIS(Spacecraft Object Library in STK)

Provides complete spacecraft

simulation environment in STK

Full rotational dynamics

Attitude control and determination

Sensor/actuator models

Power/payload modeling Autonomous flight software

emulation

Integrates spacecraft simulation

with mission planning and

trajectory simulation Utilizes a desktop version of

ASIs STK/ODySSy On-Board

Flight Software


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STK SEET

Models near-Earth spaceenvironment and effects on

spacecraft Uses AFRL and NASA models

Feature overview Radiation environment

Flux, fluence, dose, dose-rate,dose-depth

SAA transit Flux, entrance/exit times

Magnetic field IGRF or dipole main field, Olson-

Pfitzer external, field vectors, field-line tracing/conjugacy

Particle impacts Meteorite and small man-made;

damage threshold

Vehicle temperature Equilibrium temperature; sphere or

plate

S O


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STK EOIRElectro-Optical Infrared Sensor Model

Ultraviolet, visible and

infrared wavelengths 0.28 to 28.0 microns

Detection, tracking andimaging of space objects

Missiles, satellites, spacedebris, astronomical objects

Uses

System-level sensor design Mission design and analysis

Test and operations Example: Missile Tracking


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AGI software extension: STK RT3

Integrate data feeds with:

STK STK Engine applications

STK Viewer

Manage track data

Query and filter on metadata

Implement alerts based on

Object types

Intervisibilty

Dynamic spatial relationships

Development kit option


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STK DSim (Distributed Simulation)

DIS and HLA support forSTK

With Dsim, the M&Scommunity can: Model STK mission

components in DISenvironment

Conduct mission analysis forM&S entities Comms

Line of site

Sensor coverage

Navigational accuracy

Automate event monitoring and

alerts Conduct what if analysis

Generate platform modelsfor use in other M&Ssimulations


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Partner product: SatSoft

AGIs partner: Satellite

Software, Inc.

Single, multi- and

shaped-beam antenna

design

Modeling options

Analytical reflector and

phased array model

Constant flux multi-beam

designs

Directivity and cross-

polarization

Dual-mode optimizer

AGI software extension:


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AGI software extension:

Radar Advanced Environment (RAE)

Evaluate effects ofground reflectivity

Analyze clutter and

noise

High-fidelityperformance modeling

Radar cross sections

Selectable waveforms

Variety of antenna typesand performance


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Example STK Operational Uses

Landsat-7, EO-1, Terra, Aqua SMEX (FUSE, WIRE, TRACE)

IMAGE

DataLynx Clementine (DSPSE)

Wind

SOHO

ACE

Lunar Prospector

AsiaSat3 Lunar rescue mission

MAP (WMAP)

NEAR

Contour Messenger

New Horizons

LRO, LCROSS

SDO

Chandra, Hubble Air Force Space Command 1, 2,

22, 3 SOPS

Sirius 1 & 2

DSCS III-B11

Proba (lights-out)

HispaSat Artimus

AFSCN Scheduling

Hex

International SpaceStation/Automatic Transfer

Vehicle (ISS/ATV) Naval Space Operations Center

(NAVSOC)

NRO Operations Squadron(NOPS)


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Extensibility and customization

Complete APIs Automate workflows

Integrate or embed into existing systems

Full featured, fully documented

Outside the loop control

Plugin points

Inside the loop control

User-supplied algorithms modify STK computations Leverage STKs capability for custom modeling

Nearly two dozen plugin points available


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Flexible and Extensive Solutions

Trajectory design

Sensor analysis

Communications analysis

Coverage analysis

Integrated 2D & 3D visualization Customizable geometrical analysis

Constraint analysis

Full API

Tools for complete life-cycle


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Product line so f tware in any fo rm

Desktop applications

Stand -alone o r in tegrated:

Software componentsModular capabi l i ty l ibrar ies: Enterprise integration

Thin clients

Servers

Web Services

System and mission design Analysis

Simulation

Operations

Application engineMiss ion-spec i f ic appl ications and work f low s


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STK validation & verification

Internal V&V each time we produce a software build

Manual and automated processes Test against customer applications

Aerospace Corporation conducted an independent V&V

Over 35,000 people using our products worldwide Many of whom have conducted their own V&Vs

Including the ISS Power Group at NASA JSC

DII/COE Level 5 compliant

Accredited to run on various govt networks NRO, NSA, CIA

JWIC network (JDISS)

DODIIS framework (JDISS/CMMA)

AGI has a development staff of over 70 people who add new functionality,maintain, validate, verify, document, etc.

AGI holds many patents that have been incorporated into our software technology AGI encourages employee innovation

Documents

Intro Stk Rdm