Titlebook: Development and Application of Light-Field Cameras in Fluid Measurements; Shengxian Shi,T. H. New Book 2023 The Editor(s) (if applicable)

某人

Book 2023 of Light-Field Cameras in Fluid Measurements. gives an in-depth analysis of each topic discussed, making it ideal as both an introductory and reference guide for researchers and postgraduates interested in 3D flow measurements..

barium-study

Wolfgang Schr?er,Inga Truschkatight-field. Such information will lay a foundation for the light-field particle image velocimetry (PIV) camera design as well as light-field particle reconstruction algorithm development. This chapter also provides a brief review on the evolution of PIV, and illustrates how light-field imaging could benefit the development of such technique.

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Wolfgang Schr?er,Inga Truschkat and illustrates synthetic particle image generation for unfocused light-field camera, based on which the design and assembly of embedded-MLA and relayed unfocused light-field camera are introduced. This chapter also provides a procedure for microlens calibration, which is essential for volumetric light-field calibration.

珍奇

Wolfgang Schr?er,Inga Truschkatight-field. Such information will lay a foundation for the light-field particle image velocimetry (PIV) camera design as well as light-field particle reconstruction algorithm development. This chapter also provides a brief review on the evolution of PIV, and illustrates how light-field imaging could

戰(zhàn)勝

Wolfgang Schr?er,Inga Truschkat and illustrates synthetic particle image generation for unfocused light-field camera, based on which the design and assembly of embedded-MLA and relayed unfocused light-field camera are introduced. This chapter also provides a procedure for microlens calibration, which is essential for volumetric l

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Hasso Plattner,Henning Kagermann image characteristics as plenoptic disc feature and point-like feature, methods that could accurately establish the correspondence between a tracer particle and its affected pixels regardless optical distortion will be detailed here. It will demonstrate how to calculate such calibration matrix with

EXTOL

Hasso Plattner,Henning Kagermanneding particle locations for 3D flow field measurements are of primary concern. Reconstruction of raw light-field particle images and their post-processing based on the dense ray-tracing MART (DRT-MART) approach will firstly be covered, before LF-PIV approach is compared to current Tomo-PIV approach

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https://doi.org/10.1007/978-3-322-91688-4stribution with single light-field camera. This technique combines the traditional intensity-based pressure-sensitive paint (PSP) with light-field imaging and requires one additional step for 3D geometry reconstruction. Working procedures of the single light-field camera 3D surface pressure measurem

苦笑

Hasso Plattner,Henning Kagermannng significantly different flow conditions and test mediums. These case studies will shed light upon how LF-PIV may be implemented in different experimental setups and how it compares against?conventional 2D- or Tomo-PIV approaches. Another purpose here is to highlight the advantages, disadvantages

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