Abstract
To estimate the view range of low light level (LLL) imaging system, analyze the key factors influencing the system performance, and optimize the system design parameters, we have established mathematical models for each module (objective lens, image intensifier, electronic sub-system, displayer, human visual sub-system), according to the transmission process of signals from the target and background. Finally, the performance evaluation software for LLL imaging system has been programmed, with the detection and recognition criterion. The software has been verified by the field experiment of a specific LLL imaging system, with the confidence coefficient higher than 80%.
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