Discusses many 3D imaging techniques attractive for a large number of new imaging applications
Applications from consumer products such as 3D TVs to displays for industry and military
Contributions from leading experts in the field around the world: US, Europe, Korea, Japan
Part 1: Stereoscopic, multi-view.- Naturalness and presence on stereoscopic image.- Repeated Vergence Adaptation Causes the Decline of Visual Functions in Watching Stereoscopic Television.- Large LED screen television system without eyewear.- Depth resolution and displayable depth of a scene in 3D images.- Part 2: Multi-view, integral imaging.- Flat-panel autostereoscopic view-sequential 3D display backlight.- High-density Directional Display for Generating Natural Three-dimensional Images.- Integral imaging with high depth of field.- Real-time integral imaging using high resolution video system with 8 million pixels.- Part 3: Holographic imaging.- Generation of holograms using integral photography.- Recording and reconstruction of practical 3D color images by phase-shifting electro-holography.- High speed phase shifting digital holography for real-time three-dimensional display.- Single exposure shift-invariant object recognition digital holography.- In-line digital holography using a quarter wave plate and averaging method.- Part 4: Image processing.- Interactive virtual view video: the bridge between immersive TV and 3DTV.- Towards an optimized 3D broadcast chain.- Free-viewpoint TV system based on ray-space representation.
Three-Dimensional Imaging, Visualization, and Display describes recent developments, as well as the prospects and challenges facing 3D imaging, visualization, and display systems and devices. With the rapid advances in electronics, hardware, and software, 3D imaging techniques can now be implemented with commercially available components and can be used for many applications. This volume discusses the state-of-the-art in 3D display and visualization technologies, including binocular, multi-view, holographic, and image reproduction and capture techniques. It also covers 3D optical systems, 3D display instruments, 3D imaging applications, and details several attractive methods for producing 3D moving pictures. This book integrates the background material with new advances and applications in the field, and the available online supplement will include full color videos of 3D display systems.
Three-Dimensional Imaging, Visualization, and Display is suitable for electrical engineers, computer scientists, optical engineers, physicists, graduate students, government and industry technology managers, as well as anyone with an interest in this exciting future technology.
Here is an up-to-date examination of recent developments in 3D imaging, as well as coverage of the prospects and challenges facing 3D moving picture systems and devices, including binocular, multi-view, holographic, and image reproduction techniques.
3-D Image Display and Generation Techniques Based on I.P.- Three-Dimensional Integral Television Using High-Resolution Video System with 2000 Scanning Lines.- High Depth-of-Focus Integral Imaging with Asymmetric Phase Masks.- Integral Imaging Using Multiple Display Devices.- 3-D to 2-D Convertible Displays Using Liquid Crystal Devices.- Effect of Pickup Position Uncertainty in Three-Dimensional Computational Integral Imaging.- 3-D Image Reconstruction with Elemental Images Printed on Paper.- Multiview Image Acquisition, Processing and Display.- Viewing Zones of IP and Other Multi-view Image Methods.- Rich Media Services for T-DMB: 3-D Video and 3-D Data Applications.- Depth Map Generation for 3-D TV: Importance of Edge and Boundary Information.- Large Stereoscopic LED Display by Use of a Parallax Barrier.- Synthesizing 3-D Images with Voxels.- Multi-view Image Acquisition and Display.- 3-D Video Processing for 3-D TV.- 3-D Image Acquisition, Processing and Display Based on Digital Holography.- Imaging 3-D Objects by Extending the Depth of Focus in Digital Holography.- Extraction of Three-dimensional Information from Reconstructions of In-Line Digital Holograms.- Polarimetric Imaging of 3-D Object by Use of Wavefront-Splitting Phase-Shifting Digital Holography.- Three-dimensional Display with Data Manipulation based on Digital Holography.- Other 3-D Image Acquisition and Display Techniques, and Human Factors.- A 3-D Display System Using Motion Parallax.- Dynamic Three-Dimensional Human Model.- Electronic Holography for Real Objects Using Integral Photography.- Working Towards Developing Human Harmonic Stereoscopic Systems.- Development of Time-Multiplexed Autostereoscopic Display Based on LCD Panel.- 3-D Nano Object Recognition by Use of Phase Sensitive Scatterometry.
Inhaltsverzeichnis
Part 1: Stereoscopic, multi-view.-
Naturalness and presence on stereoscopic image.- Repeated Vergence Adaptation Causes the Decline of Visual Functions in Watching Stereoscopic Television.- Large LED screen television system without eyewear.- Depth resolution and displayable depth of a scene in 3D images.- Part 2: Multi-view, integral imaging.-
Flat-panel autostereoscopic view-sequential 3D display backlight.- High-density Directional Display for Generating Natural Three-dimensional Images.- Integral imaging with high depth of field.- Real-time integral imaging using high resolution video system with 8 million pixels.- Part 3: Holographic imaging.-
Generation of holograms using integral photography.- Recording and reconstruction of practical 3D color images by phase-shifting electro-holography.- High speed phase shifting digital holography for real-time three-dimensional display.- Single exposure shift-invariant object recognition digital holography.- In-line digital holography using a quarter wave plate and averaging method.- Part 4: Image processing.-
Interactive virtual view video: the bridge between immersive TV and 3DTV.- Towards an optimized 3D broadcast chain.- Free-viewpoint TV system based on ray-space representation.
Klappentext
The history of visual media is characterized by drawing, painting, photo, stereoscope, TV and displays, Holography, and HDTV. Three-dimensional (3-D) imaging, visualization, and display technology is the next phase in this historicaldevelopment.Thereisnodoubtthat3-DTVand3-Ddisplayarethe visualmediathatwillsucceedHDTVinnearfuture.Theevolutionarymerging of communication and broadcast technologies will be enhanced by 3-D vi- alization, including multimedia communication centers which can respond to all the services and functions provided by the future communication systems. Comparison of a scene presented by 2-D and 3-D images reveals that the 3-Dimage providesmuch more pleasing and realisticinformationthan its 2-D version. The bene?ts provided by 3-D images result from the depth infor- tion they preserve.Depth gives viewers the feeling of being in the place where the 3-D image is captured (i.e., immersive feeling) and the feeling of being present (presence feeling). Depth increases e?ciencies in remote site ope- tions,suchasremotemedicalandtele¿operations,bymakingviewersperceive the scene as more real from within their living environments. The accuracy andthepresencefeelingarethemainmotivesofdemandsfor3-Dimagesinthe areasofcommunication,broadcasting,entertainment,medicaloperations,v- tual world presentations, advertisement, training, edutainment (education + entertainment), telemarketing, tele-presence, tele-conference, visualization of experimental results, and so on.
Discusses many 3D imaging techniques attractive for a large number of new imaging applications
Applications from consumer products such as 3D TVs to displays for industry and military
Contributions from leading experts in the field around the world: US, Europe, Korea, Japan
