Titlebook: Cameras and Display Systems Towards Photorealistic 3D Holography; Jin Li,Jintao Hong,Daping Chu Book 2023 The Editor(s) (if applicable) an

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William R. Crowley,Frank P. Zemlansed Light-field imaging and displays are the second category of visual sensing methods, which provide a realistic 3D visual experience for users. Different from 3D stereoscopic observations, light-field imaging and display technology capture and reproduce the complex light field of a scene, enabling

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William R. Crowley,Frank P. Zemlanh-quality optical systems for accurate hologram projection are required. In this chapter, we explore the various optical systems employed in hologram displays, focusing on SLMs and the challenges associated with their use. We also discuss the importance of achieving a wide field of view in hologram

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William R. Crowley,Frank P. Zemlan to implement a hologram display with high space-bandwidth-product capability. In this Chapter, we will introduce an efficient approach using a coarse integral hologram display structure (i.e., CIH) to achieve high space bandwidth products. CIH displays aim to overcome the limitations of current SLM

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https://doi.org/10.1007/978-1-4684-3881-9modulators). The conventional hologram carriers are based on LCOS, DMD, AOM, DM, etc, which is introduced in Chap. 6. In this chapter, we introduce a new hologram carrier based on metasurface, which is a very promising device to probably replace the conventional spatial light modulators. Metasurface

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Introduction,ed by the human visual system. A visual sensing system is an essential tool to link untouchable scenes and the human visual system. Here, visual sensing systems referring to devices and technologies can be used to capture, process, and interpret visible light signals of an unknown scene. Currently,