Journal
Scientific and technical journal «Priborostroenie»
UDK535.8
Issue:11 (66)
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METHODOLOGY FOR EFFECTIVE COMPUTER MODELING OF A DEVICE FOR MEASURING LIGHT SCATTERING PROPERTIES
Annotation
The problem of computer simulation of an optical system with light scattering elements is considered. Correctly modeling devices with such elements requires lengthy light calculations using stochastic ray tracers. An approach to efficient modeling of such installations is presented using the example of a patented device designed to measure the bidirectional scattering function, which is used to describe light scattering properties. A realistic computer model of such a device is proposed, which makes it possible to calculate tolerances for deviations in the positioning of the most critical device blocks, and an assessment of the accuracy of its measurements is carried out. Results of measurement simulations of bidirectional functions are presented in the form of graphs and synthesized images.
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Articles in current issue
- CHECKING THE AGREEMENT OF THEORETICAL AND EMPIRICAL PARETO DISTRIBUTIONS FOR COMPUTER COMMANDS AND MICROCOMMANDS USING THE KOLMOGOROV CRITERION
- FORECASTING MULTI-SEASONAL LOAD PROCESSES IN ELASTIC COMPUTING SYSTEMS
- METHODOLOGY FOR ASSESSING THE OPERATION SYSTEM OF COMPLEX OBJECTS BASED ON THE FUZZY-POSSIBILITY APPROACH
- REVIEW ON OPTIMIZATION TECHNIQUES OF BINARY NEURAL NETWORKS
- ARITHMETIC CALCULATOR BASED ON NEURAL LOGIC ELEMENTS
- EFFECTIVE PHOTOSENSITIVE SURFACE OF SILICON PHOTOMULTIPLIERS
- CREATING CONTRAST-SUPPRESSED ABDOMINAL AORTA CT DATASETS FOR TRAINING AND TESTING ARTIFICIAL INTELLIGENCE ALGORITHMS
- EVALUATION OF THE STRENGTH OF ELASTOMERIC MEMBRANES OF PRESSURE CONTROL DEVICES