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The proposed operator extracts the lateral resolution from the SPC model throughout an arbitrary number of depth planes giving a depth-resolution profile.
This work demonstrates the capability of our previously proposed sampling pattern cube SPC model to extract the lateral resolution for plenoptic capturing systems. This operator utilizes focal properties of the capturing system as well as the geometrical distribution of the light containers which are the elements in the SPC model.
Most widely held works by Manuel Martinez-Corral. Spanish 12 English 8.
Phase pupil filters for improvement of the axial resolution in confocal scanning microscopy 1 edition published in in English and held by 1 WorldCat member library worldwide. Special issue on three-dimensional displays and visualization Book 1 edition published in in English and held by 1 WorldCat member library worldwide. Topographical reconstructions with enhanced depth of field of a 3D scene are presented to support our proposal.
Investigating the lateral resolution in a plenoptic capturing system using the SPC model by CA; United States; 4 February through 6 February ; Code Instruumentos Photography IX; Burlingame 1 edition published in in English and held by 1 WorldCat member library worldwide Complex multidimensional capturing setups such as plenoptic cameras PC introduce a trade-off between various system properties.
The lateral resolution ootometricos by the SPC model agrees with the results from the more complex wave optics model better than both the ray based model and our previously proposed lateral resolution operator.
A digital method has been developed to increase the depth of optomtricos of Integral Imaging systems in the reconstruction stage. Tunable axial resolution in confocal scanning microscopy by controlled symmetrical defocusing 1 edition published in in English and held by 1 WorldCat member library worldwide. Conference papers and proceedings.
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Adult education Holography Three-dimensional display systems Three-dimensional imaging. Project Page Feedback Known Problems. The SPC carries both ray information as well as focal properties of the capturing system it models. Therefore models and metrics that assist exploring and formulating this trade-off are highly beneficial for studying as well as designing of complex capturing systems.
By means of the disparity map of each elemental image, it is possible to classify the objects of the scene according to their distance from the microlenses and apply a selective deconvolution for each depth of the scene. Consequently, established capturing properties, like image resolution, need to be described thoroughly for these systems.
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Nonlinear delayed fluorescence in confocal scanning microscopy: Three-dimensional imaging, visualization, and display The depth of field of these systems is mainly limited by the numerical aperture of each lenslet of the microlens array.
The SPC is proven a simple yet efficient model for extracting the lateral resolution as a high-level property of complex plenoptic capturing systems. This agreement strengthens the conclusion that the SPC fills the gap between ray-based models and the real system performance, by including the focal information of the system as a model parameter.
We have validated the lateral resolution operator for different capturing setups by comparing the results with those from Monte Carlo numerical simulations based on the wave optics model.