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检索条件"任意字段=Applications of Digital Image Processing XIII"

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Improving skin color accuracy in DLP-based 3D reconstruction 13

Improving skin color accuracy in DLP-based 3D reconstruction

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Conference on Dimensional Optical Metrology and Inspection for Practical applications xiii

作者： Barrios, Erik Pineda, Jesus Romero, Lenny A. Millan, Maria S. Marrugo, Andres G. Univ Tecnol Bolivar Fac Ingn Cartagena Colombia Univ Nacl Abierta & Distancia Esc Ciencias Basicas Tecnol & Ingn Corozal Colombia Univ Tecnol Bolivar Fac Ciencias Basicas Cartagena Colombia Univ Politecn Cataluna Dept Opt & Optometria Terrassa Spain

ISBN: (纸本)9781510673953;9781510673946

Color accuracy is crucial in several domains such as biomedical imaging, cosmetics, and multimedia. digital Light processing (DLP) with LEDs has increasingly become a popular lighting source in 3D scanning systems. Although DLP provides advantages in 3D reconstruction, it poses challenges in maintaining color accuracy. Our research focused on using hybrid lighting to improve the color accuracy of DLP-based 3D sensing systems. We developed an empirical dataset featuring skin tones captured under multiple lighting environments, including variations in indoor ambient lighting. Through qualitative and quantitative evaluations of color differences, we conclude that including auxiliary lighting with DLP is beneficial for color accuracy, particularly in biomedical imaging and other applications in which color accuracy is essential.

关键词： Color accuracy digital Light processing (DLP) light sources image color processing

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The Nyquist criterion and its applicability in phase-stepping digital shearography 13

The Nyquist criterion and its applicability in phase-steppin...

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Optical Measurement Systems for Industrial Inspection xiii 2023

作者： Abedin, Kazi Monowar Al Jabri, Awatef Rashid Mujibur Rahman, S.M. Department of Physics College of Science Sultan Qaboos University P.O. Box. 36 Al Khowdh Muscat123 Oman

ISBN: (数字)9781510664463

ISBN: (纸本)9781510664456

Phase-stepping shearography is a useful speckle interferometric technique having wide applicability in various fields. Nyquist criterion has long been considered to be the gold standard in signal processing and imaging. This criterion states that the spatial frequency of image sampling should be more than twice the maximum spatial frequency in the image. As applied to speckle imaging in shearography, this implies that, if a two-dimensional charge-coupled device (CCD) is used for imaging, the pixel separation of the CCD device should be half of the minimum feature size in the image, or half of the speckle size. We examined the applicability of the Nyquist criterion in image sampling in phase-stepping shearography. We used a shearographic system employing a 24-megapixel digital still camera and a Michelson interferometer based shearing arrangement. We generated phase maps from a deformed object, which was a center-loaded thin aluminum plate fixed at the periphery. For a given amount of deformation and image shear, detailed phase maps where generated using the 4+4 phase stepping protocol for a different F-numbers, representing different sampling situations, ranging from the sub-Nyquist domain (undersampling) through the Nyquist domain, to the above-Nyquist (oversampling) domain. From the generated phase maps and quantitative measurements, we show that adherence to the Nyquist criterion is not a strict requirement in digital shearography. Operation in the sub-Nyquist domain is acceptable, even desirable, in many cases. Phase maps of good contrast and quality, with or without filtering, can be generated in the sub-Nyquist domain, which can be useful in strain analysis and non-destructive testing applications. © 2023 SPIE.

关键词： Speckle

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Advancing event camera-based 3D reconstructions: optimized projection for high-quality measurements 13

Advancing event camera-based 3D reconstructions: optimized p...

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Conference on Dimensional Optical Metrology and Inspection for Practical applications xiii

作者： Freitag, Christoph Heist, Stefan Stark, Andreas Walter Kuhmstedt, Peter Notni, Gunther Franke, Christian Fraunhofer Inst Appl Opt & Precis Engn IOF Albert Einstein Str 7 D-07745 Jena Germany Friedrich Schiller Univ Jena Inst Appl Phys Albert Einstein Str 15 D-07745 Jena Germany Friedrich Schiller Univ Jena Inst Appl Opt & Biophys Max Wien Platt 1 D-07743 Jena Germany Ilmenau Univ Technol Grp Qual Assurance & Ind Image Proc Gustav Kirchhoff Pl 2 D-98693 Ilmenau Germany Friedrich Schiller Univ Jena Jena Ctr Soft Matter Philosophenweg 7 D-07743 Jena Germany Friedrich Schiller Univ Jena Abbe Ctr Photon Albert Einstein Str 6 D-07745 Jena Germany

ISBN: (纸本)9781510673953;9781510673946

Conventional CCD or CMOS cameras create complete two-dimensional images of a scene. In contrast, event cameras generate signals at pixels and times where and when changes in brightness occur. Reported changes come in the form of a stream of events, which are digital packets containing the pixel's location, a time stamp, and additional information, such as the direction of the change. While successive images of conventional frame-based cameras might be partially redundant, measurements of event cameras are sparse. They do not contain any static information, and thus adapt to the dynamics of an observed scene. Event cameras also offer high temporal precision without the need for the same high bandwidth that would be required for comparable high-speed frame-based cameras. We have developed a 3D measurement setup, which consists of a pair of event cameras in stereo configuration and a specialized projector. We designed the projector in a way that it probes the measurement volume by means of a horizontally moving, vertically oriented contrast edge, i.e., a sharp transition between two levels of illumination. We argue that our method of structured illumination is well adapted to the sparse sampling and radiometric properties of event cameras. We present 3D measurements, performed within similar to 200 ms, with quantified uncertainties to demonstrate the abilities of our setup, which enabled us to reconstruct an entire scene with similar to 55,000 3D points. At a working distance of similar to 700 mm, we achieved a spatial uncertainty of similar to 0.6 mm. These results are achieved through triangulation of temporally corresponding events without any smoothing or similar post-processing. Based on our work and previous research, we suggest areas of future investigation in the field of event-based 3D and 4D (3D + time) measurements.

关键词： event-based 3D and 4D measurements event cameras sparse sampling structured light contrast edge triangulation

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Analysis of the durability damage scenarios of air spring sleeves with axial reinforcements based on computer tomography and digital image processing 13th

Analysis of the durability damage scenarios of air spring sl...

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13th European Conference on Constitutive Models for Rubber

作者： Klauke, R. Charrier, P. Serrurier, N. Le Saux, M. Skoglund, M. Vibracoust ZI Carquefou France ESM Adv Engn Carquefou France ENSTA Paris Inst Sci Mecan & Applicat Ind IMSIA Paris France ENSTA Bretagne CNRS UMR IRDL Brest France Helmut Schmidt Univ Hamburg Hamburg Germany

ISBN: (纸本)9781032851648;9781003516880;9781032851389

Air springs are flexible components used in various applications such as vehicles, machinery, and industrial equipment. They are made of a multilayer composite material based on rubber and reinforcing textile cords. The service life and reliability of air springs depend heavily on their fatigue behaviour, which is influenced by various factors such as temperature, pressure, load and environmental conditions. To better understand and model the fatigue behaviour of air spring sleeves, it is necessary to identify and quantify the damage mechanisms and processes inside the individual layers. In this work, a new tool is presented that is able to distinguish the components of an air spring sleeve using volumetric CT-data. The tool is based on advanced greyscale detection technology to recognize and segment the different layers and materials in the data of a scanned sleeve. It allows to determine the geometry, thickness, and volume fractions of each layer and to detect potential defects such as cracks, delaminations, or holes. The tool is applied to various damage scenarios for the fatigue behaviour of air springs. The focus is put on fatigued axial sleeves subjected to cyclic loading. Various CT scan data sets of axial sleeves are analysed and compared to their initial state after being exposed to different load cases. It is shown how the tool helps to track the damage evolution in each layer and how to identify the critical areas. This paper provides the first results of the damage scenarios for fatigued axial sleeves. The presented tool will allow an in-depth analysis of the fatigue behaviour of axial air spring composite materials in future and can also be applied to other types of air spring sleeves or similar structures. It can provide an important contribution to improving the service life prediction and design of air springs.

关键词： Automobile springs

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Error diffusion hologram binarization for DMD applications 13

Error diffusion hologram binarization for DMD applications

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Conferene on Emerging digital Micromirror Device Based Systems and applications xiii

作者： Cheremkhin, Pavel A. Evtikhiev, Nikolay N. Kurbatova, Ekaterina A. Krasnov, Vitaly V. Rodin, Vladislav G. Natl Res Nucl Univ MEPhI Moscow Engn Phys Inst Kashirskoe Shosse 31 Moscow 115409 Russia

ISBN: (数字)9781510642324

ISBN: (纸本)9781510642324

digital micromirror device (DMD) allows very fast binary light modulation. For digital hologram displaying using DMD, binarization should be applied. In this work, 12 error diffusion and 8 dot diffusion binarization algorithms were considered. All methods were used in both iterative and non-iterative forms. Quality of reconstructed images from binarized holograms was compared. Optically registered digital holograms and synthesized holograms of binary and grayscale images were used. Among the error diffusion methods, Stucky's and Atkinson's standard error diffusion methods and dot diffusion methods provide the highest quality of reconstruction. The effect of the pixel bypass matrix on the quality of reconstructed images was also evaluated. As bypass matrices, standard variants (for example, direct and reverse sequential bypass of pixels on rows or columns, a matrix with a line-by-line alternating direction of bypass of pixels, a spinning and swirling spiral matrices), and more complex types (for example, used in the Knuth dot diffusion method) were used. Non-iterative error diffusion with use of several specialized bypass matrices improves the quality up to 7%. Iterative realization of the error diffusion allows to increase quality to 15%.

关键词： digital holography digital micromirror device DMD error diffusion optical reconstruction binarization Fresnel hologram digital image processing

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High-speed three-dimensional surface measurement using band-limited illumination profilometry (BLIP) 13

High-speed three-dimensional surface measurement using band-...

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Conferene on Emerging digital Micromirror Device Based Systems and applications xiii

作者： Jiang, Cheng Kilcullen, Patrick Liu, Xianglei Lai, Yingming Ozaki, Tsuneyuki Liang, Jinyang Inst Natl Rech Sci Ctr Energie Materi Telecommun 1650 Blvd Lionel Boulet Varennes PQ J3X1S2 Canada

ISBN: (数字)9781510642324

ISBN: (纸本)9781510642324

High-speed three-dimensional (3D) surface imaging by structured-light profilometry is currently driven by industrial needs, medical applications, and entertainment. However, the limitation of pattern projection speed has prevented the structured illumination to reach the kilohertz (kHz) level. The limited bandwidth of the data transmission has prevented the camera from streaming data continuously, which thus has brought difficulties in kHz-level image acquisition, processing, and display of 3D information during the occurrence of dynamic events (i.e., in real time). Besides, the tradeoff between the camera's sensor readout rate and the activated pixel numbers has strained the existing methods from reaching a large field of view (FOV) at kilohertz (kHz)-level acquisition. To overcome these limitations, we have developed high-speed band-limited illumination profilometry (BLIP) in two configurations. The first configuration, employing a single camera with a CoaXPress interface (CI), enables real-time 3D surface information reconstruction at 1 kHz. The second configuration, employing two cameras with a CI, uses temporally interlaced acquisition (TIA) to improves the 3D imaging over 1000 frames per second on a field of view (FOV) of up to 180x130 mm(2) (corresponding to 1180x860 pixels) in captured images. We have demonstrated the systems' performance by imaging various static and fast-moving 3D objects. CI-BLIP has been applied to fluid mechanics by imaging dynamics of a flag, which allowed observation of the wave propagation, gravity-induced phase mismatch, and asymmetric flapping motion. Meanwhile, TIA-BLIP has empowered the 3D visualization of glass vibration induced by sound. We expect BLIP systems to find diverse scientific and industrial applications.

关键词： Three-dimensional surface imaging high-speed imaging bandwidth-limited illumination structured pattern projection filed-of-view real-time processing and display fluid mechanics sound-induced vibration detection

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Concept for an Airborne Real-Time ISR System with Multi-Sensor 3D Data Acquisition 13

Concept for an Airborne Real-Time ISR System with Multi-Sens...

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Conference on Electro-Optical and Infrared Systems - Technology and applications xiii

作者： Harake, Laura Schilling, Hendrik Blohm, Christian Hillemann, Markus Lenz, Andreas Becker, Merlin Keskin, Goeksu Middelmann, Wolfgang Fraunhofer Inst Optron Syst Technol & Image Explo Gutleuthausstr 1 D-76275 Ettlingen Germany OHB Syst AG Univ Allee 27-29 D-28359 Bremen Germany

ISBN: (数字)9781510603790

ISBN: (纸本)9781510603783;9781510603790

In modern aerial Intelligence, Surveillance and Reconnaissance operations, precise 3D information becomes inevitable for increased situation awareness. In particular, object geometries represented by texturized digital surface models constitute an alternative to a pure evaluation of radiometric measurements. Besides the 3D data's level of detail aspect, its availability is time-relevant in order to make quick decisions. Expanding the concept of our preceding remote sensing platform developed together with OHB System AG and Geosystems GmbH, in this paper we present an airborne multi-sensor system based on a motor glider equipped with two wing pods;one carries the sensors, whereas the second pod downlinks sensor data to a connected ground control station by using the Aerial Reconnaissance Data System of OHB. An uplink is created to receive remote commands from the manned mobile ground control station, which on its part processes and evaluates incoming sensor data. The system allows the integration of efficient image processing and machine learning algorithms. In this work, we introduce a near real-time approach for the acquisition of a texturized 3D data model with the help of an airborne laser scanner and four high-resolution multi-spectral (RGB, near-infrared) cameras. image sequences from nadir and off-nadir cameras permit to generate dense point clouds and to texturize also facades of buildings. The ground control station distributes processed 3D data over a linked geoinformation system with web capabilities to off-site decision-makers. As the accurate acquisition of sensor data requires boresight calibrated sensors, we additionally examine the first steps of a camera calibration workflow.

关键词： Remote Sensing ISR Multi-Sensor System Real-Time 3D Airborne Laser Scanning Reconnaissance System Georeferencing

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Improving depth estimation from a plenoptic camera by patterned illumination 13

Improving depth estimation from a plenoptic camera by patter...

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Conference on Videometrics, Range Imaging, and applications xiii

作者： Marshall, Richard J. Meah, Chris J. Turola, Massimo Claridge, Ela Robinson, Alex Bongs, Kai Gruppetta, Steve Styles, Iain B. Univ Birmingham PSIBS Doctoral Training Ctr Edgbaston England City Univ London Sch Hlth Sci Optometry Div London EC1V 0HB England Univ Birmingham Sch Comp Sci Edgbaston England Univ Birmingham Sch Chem Engn Edgbaston England Univ Birmingham Sch Phys & Astron Edgbaston England

ISBN: (纸本)9781628416886

Plenoptic (light-field) imaging is a technique that allows a simple CCD-based imaging device to acquire both spatially and angularly resolved information about the 鈥渓ight-field鈥?from a scene. It requires a microlens array to be placed between the objective lens and the sensor of the imaging device1 and the images under each microlens (which typically span many pixels) can be computationally post-processed to shift perspective, digital refocus, extend the depth of field, manipulate the aperture synthetically and generate a depth map from a single image. Some of these capabilities are rigid functions that do not depend upon the scene and work by manipulating and combining a well-defined set of pixels in the raw image. However, depth mapping requires specific features in the scene to be identified and registered between consecutive microimages. This process requires that the image has sufficient features for the registration, and in the absence of such features the algorithms become less reliable and incorrect depths are generated. The aim of this study is to investigate the generation of depth-maps from light-field images of scenes with insufficient features for accurate registration, using projected patterns to impose a texture on the scene that provides sufficient landmarks for the registration methods. © (2015) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.

关键词： Cameras Sensors Projection systems Imaging systems image registration Microlens array image processing Imaging devices Microlens CCD cameras

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DTM generation from STC-SIMBIO-SYS images 13

DTM generation from STC-SIMBIO-SYS images

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Conference on Videometrics, Range Imaging, and applications xiii

作者： Re, C. Simioni, E. Cremonese, G. Roncella, R. Forlani, G. Da Deppo, Vania Naletto, G. Salemi, G. INAF Astron Observ Padua Italy Univ Parma Dept Civil Engn I-43100 Parma Italy CNR IFN Luxor Padua Italy Univ Padua Ctr Interdipartimentale Studi & Att Spaziali CISA Padua Italy Univ Padua Dept Cultural Heritage Archaeol & Hist Art Cinema I-35100 Padua Italy

ISBN: (纸本)9781628416886

The research group with the responsibility of the STereo Camera (STC) for the ESA BepiColombo mission to Mercury, has realized an innovative and compact camera design in which the light collected independently by two optical channels at +/- 20 degrees with respect to the nadir direction converges on unique bidimensional detector. STC will provide the 3D-mapping of Mercury surface, acquiring images from two different perspectives. A stereo validation setup has been developed in order to give a much greater confidence to the novel instrument design and to get an on ground verification of the actual accuracies in obtaining elevation information from stereo pairs. A series of stereo-pairs of an anorthosite stone sample (good analogue of the hermean surface) and of a modelled piece of concrete, acquired in calibration clean room by means of an auxiliary optical system, have been processed in the photogrammetric pipeline using image correlation for the 3D model generation. The stereo reconstruction validation has been performed by comparing the STC DTMs (digital Terrain Models) to an high resolution laser scanning 3D model of the stone samples as reference data. The latter has a much higher precision (ca. 20 mu m) of the expected in-lab STC DTM (190 mu m). processing parameters have been varied in order to test their influence on the DTM generation accuracy. The main aim is to define the best illumination conditions and the process settings in order to obtain the best DTMs in terms of accuracy and completeness, seeking the best match between the mission constraints and the specific matching aspects that could affect the mapping process.

关键词： Planetary Mapping Stereo Reconstruction DTM Reconstruction Accuracy Area Based image Matching

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High-Speed Global Shutter CMOS Machine Vision Sensor with High Dynamic Range image Acquisition and Embedded Intelligence

High-Speed Global Shutter CMOS Machine Vision Sensor with Hi...

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Conference on Sensors, Cameras, and Systems for Industrial and Scientific applications xiii

作者： Jimenez-Garrido, Francisco Fernandez-Perez, Jose Utrera, Cayetana Munoz, Jose Ma. Dolores Pardo, Ma. Giulietti, Alexander Dominguez-Castro, Rafael Medeiro, Fernando Rodriguez-Vazquez, Angel AnaFocus Innovac Microelect SL Seville 41092 Spain

ISBN: (纸本)9780819489456

High-speed imagers are required for industrial applications, traffic monitoring, robotics and unmanned vehicles, movie-making, etc. Many of these applications call also for large spatial resolution, high sensitivity and the ability to detect images with large intra-frame dynamic range. This paper reports a CIS intelligent digital image sensor with 5.2Mpixels which delivers 12-bit fully-corrected images at 250Fps. The new sensor embeds on-chip digital processing circuitry for a large variety of functions including: windowing;pixel binning;sub-sampling;combined windowing-binning-sub-sampling modes;fixed-pattern noise correction;fine gain and offset control;color processing, etc. These and other CIS functions are programmable through a simple four-wire serial port interface.

关键词： CMOS High-Speed digital image Sensors Smart image Sensors

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