Fig. 1. Simulation results of monochromatic diffuse object tomography. (a) 3D object; (b) phase distributions of propagation kernels; (c) back propagation of single speckled realization; (d) back propagation averaged by 30 speckled realizations; (e) back propagation of 30 speckled realizations using Tikhonov regularization; (f) compressive reconstruction of 30 speckled realizations

Fig. 2. Simulation results of color tomography of binary diffuse object. (a) 3D object; (b) phase distributions of propagation kernels; (c) back propagation of single speckled realization; (d) back propagation averaged by 30 speckled realizations; (e) back propagation of 30 speckled realizations using Tikhonov regularization; (f) compressive reconstruction of 30 speckled realizations

Fig. 3. Simulation results for color tomography of non-binary diffuse object. (a) 3D object; (b) phase distributions of propagation kernels; (c) back propagation of single speckled realization; (d) back propagation averaged by 30 speckled realizations; (e) back propagation of 30 speckled realizations using Tikhonov regularization; (f) compressive reconstruction of 30 speckled realizations

Table 1. Quantitative evaluation of image reconstruction performance of each layer of full-color diffuse objects

Table 2. Mean reconstruction time versus image size