Modeling & Simulation
We specialize in advanced modeling and simulation to support radar analysis, algorithm development and modeling, physics-based sensor modeling and threat modeling and simulation.
By leveraging high-fidelity simulations and analytical tools, we accurately replicate real-world scenarios to inform system design, optimize performance and enhance decision-making capabilities across defense and intelligence domains.
Physics Based Sensor Modeling, Electro-optical, Infrared and LIDAR Domains
Capabilities
- RF seeker, surveillance, and fire control sensors
- Electromagnetics, signal/data processing, control systems
- Antenna subsystems, arrays, beamformers
- Active Electronic Scanning Antennas (AESA)
- Detection/tracking/association
- Clutter/multipath/EA modeling and mitigation
- Combat identification
- Performance assessment and algorithm development
- Varying levels of modeling fidelity
Radar Analysis, Algorithms & Modeling
Capabilities
- RF seeker and surveillance sensors
- Signal and data processing
- Active Electronically Scanned Antennas (AESA)
- Detection and tracking algorithms
- Clutter and multipath mitigation
- Performance assessment and algorithm development
Threat Modeling & Simulation
Capabilities
- Analytic level and high-fidelity threat system modeling derived from detailed scientific and intelligence analyses
- Models of all threat sensor design subsystems: waveform scheduling, antenna/transmitter, digital beam forming, receiver/signal processor, detection/tracking, electronic protection and operator displays and controls
- Integration of software-in-the-loop (SIL) models with stand-alone environment propagation simulations to evaluate closed-loop system performance in all-digital simulations
- Integration of SIL sensor models into more complex integrated air defense simulations (IADS) to evaluate networked enhanced system performance or vulnerabilities