Weapon System Technologies
Missile Seekers and Sensors
- Radar and seeker algorithm analysis, development, and implementation for high-fidelity simulation environments
- RF simulations with environmental effects and interferers used to analyze sensor phenomenologies
- Waveform analysis, design, development and testing
- Electronic protection development and analysis
- Synthetic Aperture Radar (SAR) scene generation and algorithm development
Radar Analysis, Algorithms & Modeling
- 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 Integration
- Radar system integration expertise and experience with Sentinel A4, LTAMDS, AN/TPQ-53, and AN/TPQ-50
- Next-generation radar architecture design and implementation including real-time radar digital signal generation, stimulation, and data processing
- Open System Architecture design, development, and integration using common industry standards and processes
- High-performance computing using GPU and high-throughput computing devices and architectures
- Constructive all-digital M&S development and integration using industry standards such as DIS IEEE-1278, HLA IEEE-1516, and custom simulation frameworks.
RF Datalinks
- High-fidelity RF datalink simulation with environmental and jammer effects
- Datalink integration, test planning, execution, and analysis
- Advanced datalink design, simulation, and prototyping
- Datalink waveform analysis, development, and prototyping
- RF hardware-in-the-loop testing and evaluation for advanced datalink development
Hardware Prototyping & Testing
- Sensor system design, development and implementation
- Concept development and evaluation
- Data collection sensors / environmental verification
- Real-time embedded systems design & development, including hard real-time software and firmware implementation and testing
- RF printed circuit board design, layout, and testing
- State-of-the-art (SOTA) digital array radars
- Test planning, predictions and preparations
- Test execution and real-time data collection
- Quick-look tool development and data analysis
- Sensor performance validation and post-test reconstructions