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. A test procedure,is developed,for an infrared laser scene pro- jector, and applied to a projection system that we develop based on digital micromirror technology. The intended use,will be for simulation and target training. Resolution and,noise are significant parameters,for target perception models,of infrared imaging systems. System resolution is normally measured as the modulation transfer function MTF, and its noise modeled,through an appropriate signal standard deviation metric. We compare,MTF measurements,for both mid-wave,MWIR and long- wave,IR LWIR bands for an infrared laser scene projector based,on the digital micromirror device DMD. Moreover, we use two complimentary models,to characterize imaging camera,noise. This provides a quantita- tive image-quality criterion of system,performance. © 2005 Society of Photo- Optical Instrumentation Engineers.,DOI: 10.1117/1.2013249 Subject terms: scene,generation; infrared scene,projection; spatial light

Characterization of digital-micromirror device-based infrared scene projector