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Analyzing System Performance

Saving You Time and Money with Modeling and Simulation

Analysis, Modeling, and Simulation

Performance analysis helps prevent unexpected problems during development, reducing cost and risk.

Advanced techniques provide a deeper understanding of your system design and its potential performance.

Collaboration with your staff yields a model or simulation that accurately predicts the behavior and performance.

Our goal is to provide your staff with models and simulations that they will be able to use and adapt long after our engagement ends.


 
Our modeling and simulation experience provides engineering expertise applicable to a broad range of control systems, communications, and RF sensors.
Models and
Simulations
Features and Applications
Radar
Refraction
Model
  • Estimated amount of error in elevation due to refraction of the radar path through the atmosphere
     
  • Used to develop approximation for use in long-range airborne radar
Radar
Sensitivity
Model
  • Estimated maximum radar range
     
  • Used to predict radar range performance for various antenna configurations in antenna trade-off study
DC-to-DC
Converter
Simulation
  • Simulated behavior of a solid-state pulse-width-modulation controlled DC-to-DC power converter
     
  • Used to analyze performance of control algorithms and test software implementations
Interferometer
Multipath
Simulation
  • Simulated specular multipath signals at each element of an interferometer
     
  • Integated into interferometer simulation to test multipath rejection designs
RF Sensor
Angle Error
Model
  • Estimated accuracy of planar-array monopulse and interferometer angle-error measurements
     
  • Used to predict angle measurement and tracking accuracy for radar, secondary radar, and electronic support systems
Electronic
Support
Sensitivity
Model
  • Estimated the receiver sensitivity of various electronic support system configurations
     
  • Used to predict signal intercept range of emissions from radars and missiles
Static
Information
Capacity
Model
  • Estimated one-way information rates at network nodes from data base of messages and network architecture
     
  • Used to predict information capacity requirements for airborne cooperative engagement communication networks
Communication
Link Margin
Model
  • Estimated communication range margins and intercept ranges
     
  • Used to predict anti-jam margin and intercept range for a directional spread-spectrum data link
     
  • Used to predict link margins for airborne satellite communication up links and down links as part of antenna trade-off study
Multipath
Detection
Loss Model
  • Estimated equivalent single-look probability of detection loss for range performance prediction
     
  • Used to predict range performance degradation over high desert for a secondary radar system
Radar
Performance
Estimating
Model
  • Calculated range and accuracy or antenna characteristics for mapping and terrain following modes
     
  • Used to validate mode algorithm design and select antenna configuration
Antenna
Model and
Simulation
  • Calculated electronically-scanned antenna patterns, gain, sidelobe levels, beamwidth and pointing error with element failures and manufacturing variations
     
  • Used for mode performance prediction, analysis of field test data, and analysis of real-time antenna performance monitoring software
Radar
Tracking
Simulations
  • Simulated track file filtering, angle tracking and electronic protection logic for low and high PRF single-target radar tracking modes
     
  • Used for selection of Kalman filter design parameters, accuracy performance prediction, and electronic protection design
Electric
Load
Simulation
and Models
  • Simulated a population of space conditioning loads constituting an aggregation of random square waves
     
  • Used for research and development of models for scheduling selective space conditioning load shedding by electric utilities
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