Fig. 4 | Communications Physics

Fig. 4

From: Efficiently reconstructing compound objects by quantum imaging with higher-order correlation functions

Fig. 4

Inverse Fisher information matrix trace and reconstruction infidelity for 1D pseudo-thermal light images. a Calculated dependence of the total measurement error on wc for the object in the inset. The solid and dashed lines correspond to dl = 0.41, 0.5. The object pixel size d is normalized by the Rayleigh limit Δl. Vertical dotted lines correspond to wc = 1.5 pix (the value of the minimum). b Measured infidelity for the same object and super-resolution regime as in a. Red bars show the standard deviations of the reconstruction results for the analysis of 12 independent 1D datasets taken from a single 2D experiment. c Calculated dependence of the total measurement error on dl for the top object in the insets in d. Dotted, dot-dashed, solid, and dashed lines correspond to wc = ∞, 2, 1, and 0 pixels. Vertical dashed lines correspond to dl = 0.5. d Calculated infidelity for the objects in the inset. Thick lines correspond to black-and-white objects and thin lines to gray objects

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