The need to protect, support, and attack electronic systems produces many challenges for today’s warfighter. AGI
addresses these challenges with software technology that can be used to evaluate electronic systems from mission
planning through operations and after-action reviews. By simultaneously analyzing ground, sea, air, and space-based
electronic systems, potential threats can be located and their effectiveness reduced, while minimizing the potential
for electromagnetic fratricide. In support of Electronic Warfare analysis, AGI Technology allows users to:
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Define asset locations in a highly accurate 3-D environment based on WGS84, mean sea level, or custom geodetic datasets
- Propagate individual satellites or complete constellations
- Plan, schedule, and perform orbit maneuvers for space-based systems
- Implement multiple clock models and account for leap second changes in UTC
- Integrate land, sea, air, and space assets for enhanced situational awareness and updated electronic order of battle
- Define dynamic platforms that carry electronic systems
- Generate satellite tracking data from raw ephemeredes
- Support the geolocation of interference sources
- Ingest real-time data feeds and navigation accuracy parameters
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Model antennas, electromagnetic interference sources, augmentation systems, and pseudolites
- Power, frequency, codes, waveform, filtering, gain, channels, tracking loops, polarization, and modulations
- Model phased-array, flexible power, and spot mean capability
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Calculate and visualize the effect of dynamic platforms and sensors in a 3D environment
- Identify time windows and available ground antennas for uplink to satellite assets directly or via crosslink
- Conduct multi-hop link analyses between assets and threats
- Analyze the dilution of precision (DOP) relative to single platforms, routes, or regions
- Predict signal delay and clock drift through space environment models
- Evaluate Doppler shift
- Calculate URE, URRE, URAE, and Signed Errors
- Report CEP, J/S, C/N0, BER, and EIRP
- Study the effect of platform attitude on antenna reception
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Constrain analysis parameters
- Incorporate the effects of rugged terrain, body masking, weather, and obscura
- TIREM algorithms for studying surface effects
- Study the effect of the ionosphere and troposphere
- Refine data through a variety of filters including Chebyshev and Butterworth
- Kalman filtering for past, current, and future PVT estimates
Products which support Communications & EW analysis