Abstract
A method for the synthesis of holograms that reconstruct a 3D image using two 2D images, including a topographic map of the surface of a 3D object and photographs of the texture of its surface obtained using coherent and incoherent radiation is proposed. The method is suitable for transmitting information about a 3D object via a communication channel at a distance and subsequent synthesis of holograms at a distance from the holography object. It can be used in augmented reality devices, when creating holographic cameras and 3D video cameras, in 3D projectors and microscopes, devices with a synthesized aperture. The proposed method for the remote hologram synthesis is suitable for reproducing 3D holographic images of distant objects at different parts of the electromagnetic spectrum. Examples of 3D image restoration in the infrared spectral range are given. The method is also suitable for the synthesis of holograms in the UV, THz, and even radio range.
Highlights
Восстанавливающих 3D-изображение с использованием двух 2D-изображений, в т
The method is suitable for transmitting information about a 3D object via a communication channel at a distance and subsequent synthesis of holograms at a distance from the holography object
It can be used in augmented reality devices, when creating holographic cameras and 3D video cameras, in 3D projectors and microscopes, devices with a synthesized aperture
Summary
Восстанавливающих 3D-изображение с использованием двух 2D-изображений, в т. Ч. топографической карты поверхности 3D-объекта и фотографии текстуры его поверхности, полученных с использованием когерентного и некогерентного излучения. Метод пригоден для передачи информации о 3D-объекте по каналу связи и последующего синтеза голограмм на удалении от объекта голографирования.
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