29 results about "Image reproduction" patented technology

The invention discloses a light field display method and system with holography as a representation medium, and the method comprises the following steps: S1, collecting a multi-view image of a target scene, carrying out the coding of the multi-view image, and generating a light field tensor containing space and angle information; s2, mapping the light field tensor in the step S1 into a two-dimensional space phase diagram; s3, converting the two-dimensional space phase diagram in the step S2 into a modulation diagram used for driving a spatial light modulator; and S4, driving the spatial light modulator to perform light wavefront modulation according to the modulation graph in the step S3, and reproducing the image of the target scene through optical diffraction. According to the invention, integration from dynamic scene information acquisition to high-quality three-dimensional image reproduction is realized, a low-redundancy and high-fidelity processing link is realized, and the efficiency and quality of holographic display are greatly improved.

The present application relates to a kind of color holographic optical elements and its manufacturing method, manufacturing system and correction method, which can solve the problem of focal shift caused by wavelength inconsistency, help to improve the quality of reproduced image.The correction method of the color holographic optical element includes the following steps: adjusting the central ray incidence angle of various color recording light according to the wavelength of color recording light and the wavelength of color reproduction light, to correct the lateral focal shift of color holographic optical element in the process of image reproduction;And adjusting the edge ray incidence angle of various color recording light according to the wavelength of color recording light and the wavelength of color reproduction light, to correct the axial defocus of color holographic optical element in the process of image reproduction.

An image projection system (100; 200), comprising: a first transmitter (212d) configured to generate first light rays corresponding to a first projection plane and to send the first light rays along a first transmission path; a first collimation lens (213d) arranged on the first transmission path, the first collimation lens being configured to receive the first light rays and to produce first collimated light rays to be projected onto an eye to reproduce a first projection image that is perceived on the first projection plane; a second transmitter (212i) configured to generate second light beams corresponding to a second projection plane different from the first projection plane and to transmit the second light beams along a second transmission path; a second collimating lens (213i) arranged on the second transmitting path, the second collimating lens being configured to receive the second light rays and to produce second collimated light rays to be projected onto the eye to reproduce a second projection image that is perceived on the second projection plane; a first beam combiner (214) arranged at an intersection of the first transmission path and the second transmission path, wherein the first beam combiner is configured to transmit the first collimated light beams and the second collimated light beams on a combined transmission path; and a scanner (225) arranged on the combined transmission path, the scanner being configured to receive the first collimated light beams and the second collimated light beams and to direct the first collimated light beams and the second collimated light beams according to a scanning pattern to reproduce the first projection image and the second projection image to the eye.

An image reproduction device 6 reproduces an image including N different parameters of a wavelength range or the like, and comprises: a multiplexed hologram acquisition unit 61 for acquiring N to 2N multiplexed holograms obtained by multiplex-recording interference patterns for each parameter; a parameter selection unit 63 for selecting the parameters one by one; a hologram generation unit 64 for generating a calculation hologram including two light waves having the selected parameters from the multiplexed holograms; and a light wave restoration unit 65 for restoring one of the two light waves from the calculation hologram.

The present invention provides a photopolymerizable photosensitive resin composition for letterpress printing plates that enables fine image reproduction with short exposure times, without increasing the amount of ultraviolet irradiation or improving the ultraviolet transmittance of the photosensitive resin layer. [Solution] A photosensitive resin composition for letterpress printing plates, comprising at least a water-soluble or water-dispersible polyamide, an ethylenically unsaturated compound, and a photopolymerization initiator, wherein the photosensitive resin composition contains 5 to 50% by mass of the ethylenically unsaturated compound, and the ethylenically unsaturated compound contains 10% by mass or more of an ethylenically unsaturated compound having a heterocyclic structure including an ether linkage.

The invention relates to the technical field of integrated image customization and intelligent sales decision making, in particular to an integrated image customization material sales intelligent terminal control system, which comprises an intelligent terminal main control center used for calling to-be-printed image data and material inventory unit information selected by a user; the image reproduction complexity modeling unit is used for generating an image reproduction complexity index; the material medium interference potential analysis unit is used for generating a material medium interference potential; the process feasibility coupling calculation unit is used for calculating a process feasibility probability; the dynamic sales decision reconstruction unit is used for comparing the process feasibility probability with a preset reference qualified rate threshold value; if the process feasibility probability is smaller than a preset standard qualified rate threshold value, generating a dynamic risk premium instruction; otherwise, generating a basic selling price maintaining instruction; according to the method, the control strategy can be dynamically optimized along with equipment state aging or model change, and the problem that a static model is difficult to adapt to equipment dynamic performance change is solved.

The invention discloses a high-fidelity printed card image reproduction method and system based on dynamic color calibration, and aims to solve the problem of color distortion caused by environment change, material difference and equipment drift. According to the method, a physical standard color card is arranged on each card, a reflection spectrum of the card is collected in real time by means of hyperspectral imaging, environmental parameters are sensed synchronously, a color characteristic curve is dynamically generated in combination with a printing material recognition technology, and then reverse mapping correction is conducted on an original image. And color drift is automatically compensated in continuous printing through a closed-loop feedback mechanism. According to the method, the conversion from static presetting to dynamic self-adaptive calibration is realized, the accuracy and batch consistency of color reproduction are remarkably improved, and the method is suitable for the field of high-end printing with extremely high requirements on color fidelity.

The application discloses a color continuous-tone image method and system based on laser-induced micro-nano structures, and belongs to the field of micro-nano structure manufacturing, and comprises the following steps: performing line-by-line traversal on each pixel in a color continuous-tone image, obtaining primary color proportions and mapping to a coloring position map; based on spectral energy information of each color in the color continuous-tone image, determining basic weights of each color in the coloring position map through spectral energy normalization; utilizing the allocation relationship of the color proportions of each pixel, dynamically adjusting the basic weights to obtain a new allocation relationship, and outputting the color continuous-tone image; inputting the color continuous-tone image into a laser device, generating micro-nano structures on the surface of a base material, and reproducing the color continuous-tone image. According to the application, the weights are dynamically adjusted according to the color proportions of the pixels, the continuity of the color tone and the tone level is improved, the laser-induced micro-nano structures reproduce the complex color continuous-tone image on the surface of stainless steel, and more abundant color types and color tone levels are achieved.

The present disclosure relates to an information processing system, a method for operating an information processing system, and a program that enable efficient rendering and reproduction of virtual viewpoint images. A subject is imaged by a plurality of cameras, and an aggregate texture is generated by packing silhouette images comprising the silhouette of the subject that are generated on the basis of camera parameters and mesh data, obtained by meshing a three-dimensional model of the subject, from each of a plurality of sets of image data captured by the plurality of cameras, the camera parameters and mesh data being used when generating a virtual viewpoint image from the plurality of sets of image data. The present disclosure can be applied to virtual viewpoint image reproduction devices.

The present disclosure relates to an information processing device and an information processing method that make it possible to improve the accuracy of estimating the shape of a person's hand estimated from a captured image of the person who is a subject. In the present invention, a mesh is estimated from an image of the person who is the subject, the mesh is used to set a hand joint parameter to 0 and determine the size from the wrist to the tip of the middle finger when the palm is opened as the size of a hand region, the skeleton of the person is estimated from the image, a center position of the hand region is determined from the joint group corresponding to the skeleton of the person, and the hand shape is estimated on the basis of a hand image obtained by cutting out, with the center position of the hand region as a reference, the size range obtained by multiplying the size of the hand region by a prescribed coefficient. The present disclosure can be applied to virtual viewpoint image reproduction apparatuses.

A pixel circuit and a method are disclosed for image rendering on a color display having an array of pixels. The pixel circuit includes a first data line coupled to a first driver circuit for receiving pixel luminance data and driving one or more pixels in a pixel array, the first driver circuit including a first driving transistor, and a second data line coupled to a second driver circuit for receiving pixel luminance data and driving one or more pixels in the pixel array. And a second driving circuit for receiving pixel luminance data and driving one or more pixels in the pixel array, the second driving circuit including a second driving transistor, where the second driving transistor has a different size than the first driving transistor. The pixel circuit also includes a controller configured to: receive pixel data associated with an image for rendering on a color display having an array of pixels; and driving one or more pixels of the pixel array via at least one of the first data line or the second data line using pixel luminance data associated with the received pixel data.

The present invention aims at obtaining a seamless planographic printing plate precursor and a seamless planographic printing plate, which are excellent in image reproducibility necessary for obtaining a high-fineness seamless planographic printed matter. Further, it aims at obtaining a seamless planographic printing plate precursor and a seamless planographic printing plate, which are easy to regenerate the cylindrical support. The present invention is a seamless planographic printing plate precursor having, in order on the outer circumferential surface of a cylindrical support, a respective continuous easy-peeling primer layer and an ink-repellent layer.

Provided is a flexographic printing plate master that makes it possible to obtain a flexographic printing plate which has excellent image reproducibility and with which the relief is resistant to swelling by any ink from among solvent-based inks, water-based inks, UV curable inks, and EB curable inks. The flexographic printing plate master has a resin layer provided on a substrate, the resin layer containing a silicone polymer and / or a silicone rubber in a total amount of 40 mass% or more and a photoreaction initiator.

The application discloses a synthetic aperture imaging method based on a SIFT algorithm, relates to the field of synthetic aperture digital holographic image reconstruction technology, and provides a method for synthetic aperture imaging based on the SIFT algorithm while ensuring resolution, effectively improving the space-bandwidth product of a digital holographic imaging system, and expanding an imaging field of view. The method can be used in the case that the imaging field of view is limited, and according to actual measurement requirements or imaging field of view requirements, a plurality of off-axis holographic sub-images with a certain overlapping area are collected by adjusting a precision translation stage, then feature points of the reconstructed sub-images are extracted by using the SIFT algorithm for matching, and finally, the images are weighted and fused to obtain a large-field-of-view synthetic aperture image containing information of a measured object.

This invention provides an image generation method, an image regeneration method, and an electronic device using the same. The image generation method includes the following steps: obtaining a generation prompt, a stable diffusion seed, and an out painting seed; obtaining a generated image based on the generation prompt, the diffusion seed, and the out painting seed using an image generation model; encoding the generation prompt, the diffusion seed, and the out painting seed into a hidden watermark; and adding the hidden watermark to the generated image.

This infrared thermometry method is applicable to materials in certain extreme plasma environments and belongs to the field of temperature measurement of materials in high-temperature plasma environments, such as tokamak. The method employs a multi-band colorimetric infrared camera, filters, a thermocouple temperature measurement system, a vacuum chamber, a temperature-controlled heating stage (containing the sample), and a distance and angle measurement system. This method effectively eliminates the interference of plasma on infrared thermometry, avoids the dependence on emissivity of traditional infrared thermometry methods by utilizing image reproduction, and eliminates the need for sample preparation and calibration in complex plasma environments. Only the sample after plasma irradiation needs to be protected. While ensuring accuracy, it greatly reduces the workload of multi-band infrared thermometry calibration and significantly reduces the interference of heat accumulation phenomena on temperature measurement in extreme plasma environments.

An apparatus and method for controlling image reproduction on a color display having an array of pixels are disclosed. The method includes receiving pixel data corresponding to an image to be displayed by the pixel array, the pixel data including luminance data for pixels in each of a plurality of color space primary colors. For each color space primary color, luminance data is loaded and output for display in n rows of bands that traverse the pixel array such that each row of the pixel array initiates the same amount of time in a given color space primary color. The value of N differs for the respective color space primary colors such that the duty cycle differs for the respective color space primary colors.

The present application relates to a kind of machine dog autonomous trace detection systems based on panoramic image reproduction, belong to criminal investigation trace detection technical field.Wherein, the method includes: by multispectral camera, obtain surface condition image data, by laser radar, obtain three-dimensional space point cloud data;Image data and point cloud data of acquisition are combined with the position and attitude information of machine dog to generate associated data set;Surface condition image data is optimized, and the data after processing is associated to the three-dimensional point corresponding to spatial position to generate multispectral point cloud data set;Based on three-dimensional space point cloud data, generate surface condition geometric model, and color, texture information is mapped to model by texture mapping technology;Optimize output 3D model to visual representation, and 3D model is transmitted to remote monitoring terminal by wireless communication.It realizes the scene reproduction of trace detection site, improves the efficiency, accuracy and scene adaptability of trace detection work.

Provided is an image generation apparatus configured to generate, on the basis of scene information, image data representing a part of a scene represented by the scene information, as display-use image data, determine, as a recording target, a part that is at least a part of the scene and at least partially overlaps with the display-use image data, and generate, as recording-use image data, image data regarding a part that is at least a part of the scene and has been determined as the recording target. The recording-use image data generated is subjected to predetermined reproduction processing.

To provide a flexographic printing plate master that offers excellent image reproduction and is resistant to swelling of the relief when used with any of the following inks: solvent inks, water-based inks, UV-curing inks, and EB-curing inks. A flexographic printing plate master having a resin layer on a substrate containing a total of 40% by mass or more of silicone polymer and / or silicone rubber, and a photoreaction initiator.

The data processing device according to one embodiment comprises: a processing unit that derives, on the basis of a first parameter that indicates a condition at the time of capturing an image and that has been used for training a first model that reproduces a three-dimensional space from input images of a plurality of viewpoints, a second parameter indicating a condition at the time of capturing an image captured at the same place as a place where an unnecessary object is present in the first model and under a condition that the unnecessary object is not present; a processing unit that, on the basis of a rendering image obtained from the first model on the basis of the second parameter and information on the region in which the unnecessary object in the first model is present, generates a binary mask image indicating the region in which the unnecessary object in the first model is present; and a processing unit that uses the binary mask image to create a second model from which a Gaussian distribution corresponding to the region of the unnecessary object in the first model is removed, creates a fourth model by combining, with the second model, a third model in which a random initial point in a region corresponding to the Gaussian distribution removed from the first model is disposed, and outputs, on the basis of a rendering image obtained from the fourth model on the basis of the second parameter, the binary mask image, and an image captured under the condition, a model that reproduces a three-dimensional space in which the fourth model has been trained and in which the unnecessary object is not present.

The invention provides a transmission-type multi-wavelength image reproduction optical element, a printing stock and a preparation method, and the preparation method of the transmission-type multi-wavelength image reproduction optical element utilizes a wavelength multiplexing technology to hide a plurality of patterns in the same hologram, and realizes selective reproduction of the patterns by changing the wavelength of illumination light. For each pattern to be hidden, a hologram for a specific wavelength is calculated, respectively. And then the holograms for different wavelengths are superposed and coded on the same physical diffraction structure. When a wide-spectrum light source (such as white light) is used for irradiation, all coding information is diffracted at the same time, and reproductive images are overlapped, blurred and unclear and cannot be recognized due to dispersion and crosstalk. When a monochromatic point light source (specific wavelength) is used for irradiating from the back surface of the element, only a target image corresponding to the wavelength can be clearly reproduced with high contrast, and images corresponding to other wavelengths cannot be focused due to serious phase mismatch, so that the anti-counterfeiting effect is good.

The present invention provides an image display device that, even when non-parallel light such as diverging light is input therein, suppresses the occurrence of inclination of a playback image caused by a difference in the angle of input, that enables high-image-quality playback, and that can suppress the occurrence of misalignment at boundaries having different numbers of reflections. The present inventions is characterized by comprising a transparent medium (101) which has an optical refractive index of not less than 1.3 and an in-coupling HOE (103) and out-coupling HOE (104) which are provided to a part of the transparent medium (101) without an air layer therebetween, wherein: the in-coupling HOE (103) is an optical element that deflects video information of input non-parallel light to parallel light of a prescribed angle which exceeds the critical angle of the transparent medium (101), and causes said video information to propagate inside the transparent medium (101); the out-coupling HOE (104) is an optical element that plays back, as convergent light, parallel light, or diverging light in air, light which has been input from the inside of the transparent medium (101); and a light-diffusing object which is the source of video information that is input to the in-coupling HOE (103) is disposed substantially in a plane formed by an object point group for which light that propagates in the transparent medium becomes parallel light at a wavelength selected according to a Bragg diffraction condition in accordance with the angle of view.

An image reproduction device (3) is configured to comprise: an observation data acquisition unit (11) that acquires observation data of the surface of a subject from a depth camera (1) that observes said surface; and a reception signal acquisition unit (12) that acquires, from a radar (2) that receives reflected waves from the subject, reception signals of the reflected waves. The image reproduction device (3) further comprises: a three-dimensional position calculation unit (13) that calculates three-dimensional positions of a point cloud of interest on the surface of the subject on the basis of the observation data acquired by the observation data acquisition unit (11), and calculates three-dimensional positions of a point cloud of interest inside the subject on the basis of the three-dimensional positions of the surface point cloud of interest; and an image generation unit (14) that calculates, by using the reception signals acquired by the reception signal acquisition unit (12), image values of the inside point cloud of interest that is present at the three-dimensional positions calculated by the three-dimensional position calculation unit (13), and generates an inverse synthetic aperture radar image, which is an image having the image values of the inside point cloud of interest.

Disclosed is a directly imageable waterless planographic printing plate precursor comprising a primer layer, a heat sensitive layer and a silicone rubber layer on a substrate in this order, wherein, within a 750 µm-wide region of the primer layer in the cross-section, the sum of the total area of portions protruding from a reference height of the primer layer and the total area of portions recessing from a reference height of the primer layer is 0 to 60 µm2. The present invention provides a directly drawn waterless planographic printing plate precursor capable of obtaining a waterless planographic printing plate having satisfactory image reproducibility and printing durability in large-sized plates and little printing unevenness.

This information processing device comprises a processor and a memory. The processor: causes a moving image reproduction device to reproduce a plurality of pieces of moving image data; generates, on the basis of selection information obtained during reproduction, storage-use sound data from a plurality of pieces of sound data associated with the plurality of pieces of moving image data; and stores, in the memory, the plurality of pieces of moving image data and the storage-use sound data as a file in which the foregoing are combined.

An apparatus and method for controlling image reproduction on a color display having an array of pixels. The method enables global brightness control / dimming using one of current control, rolling update duty cycle control, pulse width modulation, and / or active control using a liquid crystal layer that utilizes variable color domain lookup table mapping to compensate for wavelength shifts of the emitted light.

This optical deflection device has a light source light-emitting units, a transparent medium, and a holographic diffraction grating disposed on the transparent medium without air interposed therebetween, the optical deflection device being configured so that divergent rays incident on the transparent medium from the light source light-emitting units are made parallel by the holographic diffraction grating and propagated at a critical angle in the transparent medium. By combining this optical deflection device with an edge-lit-reproduction-type hologram, it is possible to realize a low-cost, compact image display device, signal device, or the like.