International Center of Scientific Research, International Center of Scientific Research
Abstract
The detection probability of visible light reconnaissance equipment is one of key indexes to assess the performance of the system. The detection probability is determined by many factors, such as atmospheric visibility, target-background contrast, target size and distance, solar elevation angle etc. Based on the detection probability model of the visible light reconnaissance equipment to gain targets, chief factors affecting the reconnaissance capability of the visible light reconnaissance equipment are analyzed. With the simulation calculation of the model, the relations between the detection probability model of the visible light reconnaissance equipment and the parameters, which including the contrast between the target and background, atmospheric visibility, the solar elevation angles, the optical system magnification and intercept range, are analyzed. All these are beneficial to further evaluate the reconnaissance capabilities of the visible light reconnaissance equipment.
Zhang, K. (2016). Research on Acquisition Probability of the Visible Light Reconnaissance Equipment to Ground Targets. International Journal of Engineering, 29(4), 500-504.
MLA
Kavin Zhang. "Research on Acquisition Probability of the Visible Light Reconnaissance Equipment to Ground Targets". International Journal of Engineering, 29, 4, 2016, 500-504.
HARVARD
Zhang, K. (2016). 'Research on Acquisition Probability of the Visible Light Reconnaissance Equipment to Ground Targets', International Journal of Engineering, 29(4), pp. 500-504.
VANCOUVER
Zhang, K. Research on Acquisition Probability of the Visible Light Reconnaissance Equipment to Ground Targets. International Journal of Engineering, 2016; 29(4): 500-504.