Left Image: Augmented imaging simulation immerses targets and various battlefield effects into real world imagery, thereby providing highly realistic dynamic simulation.

Right Image: Simulating sensor effects, for example optical magnification and detector noise, is an important factor in simulating electrooptic systems performance.

_______________________________________________

Left Image: Simulating sensor effects, for example detector non-uniformity effects, is an important factor in simulating electrooptic systems performance.

Right Image: Augmented imaging simulation immerses targets and dynamic battlefield effects such as dust and smoke, thereby providing highly realistic dynamic simulation.

_______________________________________________

Left Image: Simulating sensor effects, for example line of sight jitter and micro-scan artifacts are often important factors in simulating electrooptic systems performance.

Right Image: Simulating sensor and system limitations in adverse imaging conditions is often the only means for performing operations research for such situations.

_______________________________________________

Synthetic, dynamic, physically-based 3D imaging simulation is an important development tool and means of systems analysis and operations research.

_______________________________________________

Augmented imaging simulation immerses targets (left image) and various battlefield effects (right image) into real world imagery, thereby providing highly realistic dynamic simulation.

_______________________________________________

Synthetic imaging simulation dynamically combines maneuvering targets, backgrounds, environmental effects and battlefield effects, thereby providing highly realistic dynamic simulation. 

_______________________________________________

Electrooptic imaging simulation is an important tool in sensor development and specification. 

_______________________________________________