103 results about "Thumbnail Image" patented technology

Techniques of automated quality control for digital pathology whole slide images are presented. The techniques include obtaining a thumbnail image derived from a whole slide image of a pathology slide; determining whether the whole slide image includes an artifact in a first class of artifacts by providing the thumbnail image to an electronic neural network trained to detect artifacts in the first class of artifacts by analyzing a plurality of labeled training thumbnail images; generating a tissue mask representing tissue depicted in the thumbnail image; determining whether the whole slide image includes an artifact in a second class of artifacts by performing a comparison using the tissue mask; and providing an indication of whether the whole slide image includes an artifact in the first class of artifacts or an artifact in the second class of artifacts.

The embodiment of the invention provides a defect sample generation method and device. In the embodiment of the invention, a query original image set and a prompt small image set of a defect image can be obtained, and image query is performed on the query original image set based on each prompt small image in the prompt small image set. Obtaining a first segmentation mask of a defect image of each query original image in the query original image set and a corresponding defect category; performing expansion operation on the segmentation mask of the defect image of each query original image in the query original image set, and generating a second segmentation mask of the expanded defect image of each query original image in the query original image set; and generating a defect diffusion editing image corresponding to each query original image in the query original image set based on a starting point and an end point determined by a plurality of rays uniformly emitted in a plurality of specified directions in the first segmentation mask and the second segmentation mask, and the second segmentation mask, and generating a defect sample based on the defect diffusion editing image and the corresponding defect category corresponding to each query original image in the query original image set.

Systems and methods for stylistic features-based thumbnail image generation for presentation on a content platform are provided. A request initiated by a user to generate a thumbnail image to be associated with a collection of media items stored by a content platform is received. One or more stylistic features specified by the user is identified. A textual prompt describing the thumbnail image to be generated is generated using the one or more stylistic features. An artificial intelligence (AI) generative model is caused to process the textual prompt. One or more outputs from the AI generative model is obtained, the one or more outputs specifying respective one or more thumbnail images.

Systems and methods are described that implement displaying grouped medical images for review. Current medical image management systems generally use thumbnail image grouping of images that have the same position and side. These groups of thumbnail images can be large, making it difficult for a clinician (e.g., a radiologist) to quickly find a particular view they are interested in reviewing. The disclosed systems and methods provide for user-selectable grouping and ungrouping of thumbnail images in a graphical user interface, which makes it easier for a clinician to quickly find a particular view that they are interested in and enables a more-efficient review of an imaging study.

Techniques of automated quality control for digital pathology whole slide images are presented. The techniques include obtaining a thumbnail image derived from a whole slide image of a pathology slide; determining whether the whole slide image includes an artifact in a first class of artifacts by providing the thumbnail image to an electronic neural network trained to detect artifacts in the first class of artifacts by analyzing a plurality of labeled training thumbnail images; generating a tissue mask representing tissue depicted in the thumbnail image; determining whether the whole slide image includes an artifact in a second class of artifacts by performing a comparison using the tissue mask; and providing an indication of whether the whole slide image includes an artifact in the first class of artifacts or an artifact in the second class of artifacts.

The present invention provides an information processing device, an information processing method, an information processing program, and an imaging device that can generate a list of thumbnail images of image data included in a group of imaging data, with a consistent appearance regardless of the number of images captured. [Solution] The information processing device 100 generates a list image data which is a list of thumbnail images 105 of the image data included in the image data group 101 captured in film camera mode. The list image data is set using a template 103 based on the maximum number of shots taken in film camera mode. The thumbnail images 105 are arranged in the template 103 in the order they were taken.

This electronic device comprises: a memory for storing instructions; a display; and at least one processor including processing circuitry, wherein, when executed individually or collectively by the at least one processor, the instructions display, on the display, a first screen including a plurality of thumbnail images for respective pieces of content, acquire content information of first content when a user input for selecting a first thumbnail image of the first content from among the plurality of thumbnail images is received, generate a guide UI on the basis of the content information, and display, on the display, a second screen including the guide UI when the user input is selected for a minimum threshold time.

The embodiment of the invention provides a video preview method and device and electronic equipment. The method comprises the following steps: controlling each decoder to decode first image data shot by each camera through a decoding core, and storing second image data obtained by decoding into a decoder memory of the decoder to which the decoder belongs; controlling each decoder to read the second image data from the decoder memory through the scaling unit, and generating a thumbnail of the second image data as thumbnail image data; controlling the main control unit to read the thumbnail image data, and outputting the thumbnail image data to a preset display device, so that the preset display device displays first spliced image data; the first spliced image data is data obtained by splicing the thumbnail image data. By applying the embodiment of the invention, the DDR bandwidth and the VPE performance which need to be occupied during preview can be saved, and the preview display effect is improved.

The application provides an image encryption method and device, equipment, storage medium and program product, and relates to the technical field of privacy calculation. The method obtains an original image, generates a chaotic sequence corresponding to the original image, generates a secure thumbnail image and a chaotic compressed ciphertext image that reserve visual features of the original image based on the chaotic sequence and the original image, and embeds the chaotic compressed ciphertext image in the least significant bit of the secure thumbnail image to obtain a visually perceptible image. The method solves the contradiction between security and recognizability of the traditional encryption method through the fusion of multi-level encryption and visual perception technology, significantly improves the security and user recognizability of image transmission, reduces the possibility of identification by attackers, and ensures that users can quickly identify image attributes through visual preview.

Embodiments of the present application provide an image generation method and device, electronic equipment, an endoscope system and a storage medium. The method comprises: in response to a video recording instruction, recording a target video, the target video comprising a plurality of endoscope images; during the recording of the target video, in response to an image interception instruction, intercepting a target endoscope image corresponding to the image interception instruction from the target video; and generating a marked image based on the target endoscope image, the marked image comprising a thumbnail image corresponding to the target endoscope image and image identification information, the image identification information comprising a timestamp of the corresponding target endoscope image. When the marked image is used for display, the scheme can not only improve the viewing efficiency of the user, but also make the user interface more tidy and the user experience better.

This approach aims to curb the increase in computer resource usage while simultaneously encouraging users to purchase access to paid content. [Solution] The content management system 1 includes a content distribution unit that distributes image content, a thumbnail generation unit that generates thumbnail images corresponding to two points in time in the image content and associates the two points in time with the thumbnail images, an interface that specifies the reference point of the image content, a content display unit that displays a thumbnail image associated with two points in time that include the reference point, and a determination unit that determines whether the user has the right to view the previous image content. The content display unit does not display the image content at a point in time when the user does not have the right to view it, and displays a thumbnail image associated with two points in time that include the reference point when the reference point is a point in time when the user does not have the right to view it.

The article to which the design pertains in this design registration application (hereinafter referred to as "the Application") is an image generation GUI using AI technology. The image diagram shows the state in which one image is selected from a list of generated images. As shown in the changed state of Image Diagram 1, by selecting the text portion in the image in the right column, the selected area is displayed in the center column. As shown in the changed state of Image Diagram 2, by performing the operation to delete the portion, that portion is removed from the thumbnail image in the center column and the image in the right column. The user enters replacement text for the deleted portion in the center column, as shown in the changed state of Image Diagram 3. Upon this input, the text entered in the center column is superimposed on the image in the right column, as shown in the changed state of Image Diagram 4.

This reduces the effort required to adjust the playback position of content and suppresses increases in the use of computing resources. [Solution] The content management system includes a content distribution unit that distributes image content, which is a moving image; a thumbnail generation unit that generates a text-accompanying thumbnail image from thumbnail images corresponding to two points in time in the image content and text based on comments posted corresponding to points in time between the two points in time, and associates the two points in time with the generated text-accompanying thumbnail image; and a content display unit that displays the image content, an interface that specifies the reference point in time for the image content, and a text-accompanying thumbnail image associated with two points in time that include the reference point indicated by the interface.

A method for remote file access, includes: establishing, by a host device, a communication session with one or more remote devices for accessing one or more files on the one or more remote devices; based on the communication session being established, transmitting, by the host device, a request for a thumbnail image associated with each file of the one or more files from the one or more remote devices; receiving, by the host device, the thumbnail image corresponding to each file of the one or more files from the one or more remote devices, wherein the thumbnail image is generated by the one or more remote devices based on the one or more files; and displaying, by the host device, the thumbnail image corresponding to each file of the one or more files on a user interface of the host device.

An electronic apparatus includes memory storing instructions, a display, and at least one processor including processing circuitry, wherein the instructions, when executed by the at least one processor individually or collectively, display a first screen comprising a plurality of thumbnail images for each of a plurality of contents, and based on receiving a user input selecting a first thumbnail image of a first content among the plurality of thumbnail images, obtain content information of the first content, generate a guide UI based on the content information, and based on the user input being received for at least a threshold time, display a second screen comprising the guide UI.

Obtaining a processed spherical image includes obtaining a first luminance thumbnail image for a first hemispherical input image, obtaining a second luminance thumbnail image for a second hemispherical input image, obtaining a first distortion correcting weight map, obtaining a second distortion correcting weight map, obtaining, as an aggregate weighted mean value for the input spherical image, an aggregate of a first normalized weighted mean value for the first luminance thumbnail image and a second normalized weighted mean value for the second luminance thumbnail image, obtaining at least one of a target exposure value, a target aggregate gain value, or a region of interest ratio value in accordance with the aggregate weighted mean value, and obtaining the processed spherical image from the input spherical image in accordance with at least one of the target exposure value, the target aggregate gain value, or the region of interest ratio value.

An ultrasound diagnostic apparatus enables a user to easily select a target image from among a plurality of images captured by an image diagnostic apparatus. An identification unit identifies, as one image group, a plurality of images continuously captured at time intervals equal to or less than a predetermined time interval among a plurality of images captured by an image diagnostic apparatus. A display controller displays, on a display, the image group and an image other than the image group in a distinguishable manner. For example, the display controller displays the image group as one thumbnail image on the display, and displays the image other than the image group as one thumbnail image on the display.

A video processing system including: at least one camera configured to obtain video data; a display interface; and a video analyzer including a memory storing instructions, and a processor configured to execute the instructions to: receive a video data from at least one camera; identify a plurality of video frames in which events occur from the received video data; generate a plurality of thumbnail images respectively representing the plurality of video frames; display a timeline interface indicating respective times of the events via a plurality of markers; and provide the plurality of thumbnail images in a thumbnail area adjacent to the timeline interface respectively corresponding with the plurality of markers, where left ends of the plurality of markers indicate start times of the events, and left ends of the plurality of thumbnail images coincide with the left ends of the plurality of markers.

An imaging system and method for displaying information about a subject from an ultrasound image or ultrasound video loop on a display includes the steps of: detecting one or more organs in the ultrasound image or ultrasound video loop; creating a representative thumbnail image using frames of the ultrasound image or ultrasound video loop; selecting an organ icon representing the one or more organs detected in the ultrasound image or ultrasound video loop; and displaying the organ icon associated with the thumbnail image on the display. The system and method may also create searchable information associated with the one or more organs detected in the ultrasound image or ultrasound video loop, and store the searchable information in an electronic memory in association with the image or image video loop and the thumbnail image having the organ icon.

To provide a code generation support device and a code generation support program that enable easy and appropriate measurement setting work on shape data obtained from a measurement head for performing desired measurement on an object to be measured.SOLUTION: A measurement screen MS including a height image of a workpiece is displayed. On the measurement screen MS, a geometric element and a measurement item are set. A value of the measurement item in the workpiece is calculated on the basis of a setting. A text code for calculating the value of the measurement item is generated. The measurement screen MS includes a first display region AR1 and a second display region AR2. Indexes m1 and m2, indicating the height image and the geometric element, and an index r1, indicating a measurement result, are displayed in the first display region AR1. A tool list indicating the geometric element and the measurement item is displayed in the second display region AR2. A plurality of thumbnail images SI for selecting shape data used in measurement are displayed on the measurement screen MS.SELECTED DRAWING: Figure 29

This disclosure describes systems and techniques for real-time generative video on a resource-constrained device. A mobile electronic device (104) initiates a video stream (402, 502) capture. The mobile electronic device (104) pre-processes (404) the video stream (402, 502) and generates associated keyframes (510). Two or more keyframes (510) are selected for processing, and interpolation images (522) are generated based on the selected keyframe images (510) and / or associated thumbnail images (506) and features (508). The selected keyframes (510) represent a subset of the total video stream (402, 502) images, thus requiring fewer resources for processing than were the entire video stream (402, 502) used.

The invention provides an information processing device, an information processing method, an imaging device, a program product, and a computer readable medium, which can generate list image data having a sense of unification regardless of the number of captured image data when thumbnail images of image data included in an imaging data group are aggregated as a list. An information processing device (100) generates list image data in which thumbnail images (105) of image data included in an imaging data group (101) captured in a film camera mode are aggregated as a list. The list image data is set by a template (103) that is based on the maximum number of sheets captured in the film camera mode. The thumbnail images (105) are arranged on the template (103) in the order of imaging.

A computer-implemented method for generating a custom thumbnail is disclosed. The computer-implemented method includes segmenting an audio file into one or more audio segments based, at least in part, on a respective context associated with each of the one or more audio segments. The computer-implemented method further includes selecting an initial thumbnail image based, at least in part, on one or more contexts associated with the one or more audio segments. The computer-implemented method further includes generating a customized thumbnail image based, at least in part, on performing a neural style transfer of the initial thumbnail image and a style reference image.

Obtaining a processed spherical image includes obtaining a first luminance thumbnail image for a first hemispherical input image, obtaining a second luminance thumbnail image for a second hemispherical input image, obtaining a first distortion correcting weight map, obtaining a second distortion correcting weight map, obtaining, as an aggregate weighted mean value for the input spherical image, an aggregate of a first normalized weighted mean value for the first luminance thumbnail image and a second normalized weighted mean value for the second luminance thumbnail image, obtaining at least one of a target exposure value, a target aggregate gain value, or a region of interest ratio value in accordance with the aggregate weighted mean value, and obtaining the processed spherical image from the input spherical image in accordance with at least one of the target exposure value, the target aggregate gain value, or the region of interest ratio value.

A method for remote file access, includes: establishing, by a host device, a communication session with one or more remote devices for accessing one or more files on the one or more remote devices; based on the communication session being established, transmitting, by the host device, a request for a thumbnail image associated with each file of the one or more files from the one or more remote devices; receiving, by the host device, the thumbnail image corresponding to each file of the one or more files from the one or more remote devices, wherein the thumbnail image is generated by the one or more remote devices based on the one or more files; and displaying, by the host device, the thumbnail image corresponding to each file of the one or more files on a user interface of the host device.

The invention provides a display control method, a display device and a display control program product, which enable a user to learn a technology related to a use method of a projector. A display control method includes causing a projector (1) to display a first image (P1), which is an image obtained by capturing a first projection image (PM1) corresponding to first content (C1) projected by a first projector (PJ1) onto a projection surface (PS), and a second image (P2), which is a plurality of thumbnail images (PTN) (N = 1-M) each representing a plurality of pieces of content (CN) (N = 1-M) corresponding to a projection image (PM) that can be projected by a second projector (PJ2).

An information display apparatus for a vehicle that records information of a video of an on-vehicle camera that images an outside of the vehicle and displays the video on a display unit of the vehicle. The information display apparatus includes a display control unit configured to display, on the display unit, a thumbnail image to select the video displayed on the display unit among the information of the recorded video; and an estimation unit configured to estimate occurrence of a predetermined incident in the vehicle based on a detection result of an external sensor or an internal sensor mounted on the vehicle. The display control unit is configured to, when the occurrence of the incident is estimated, add marker information to the thumbnail image corresponding to the video including information imaged at an estimated occurrence time of the incident, and cause the display unit to display the thumbnail image.

The present invention discloses a bypass thumbnail video method, device and related medium for low-latency splicing. The method includes: scheduling a graphics processor to start image decoding processing and detecting an image stream; activating a flag bit according to the image stream, and copying the complete image of the graphics processor by using the flag bit to obtain a bypass acquisition image; performing thumbnail on the bypass acquisition image by using an image reduction algorithm to obtain a thumbnail image; sending the thumbnail image to the graphics processor for multi-layer merging to obtain and output a spliced image; wherein, the multi-layer merging includes the complete image and the thumbnail image. The present invention copies the complete image by using the flag bit, bypasses to generate a thumbnail image, and the generated multiple video thumbnail pictures are updated in real time. Thus, the processing delay of the thumbnail image is reduced, and at the same time, the thumbnail image has timeliness.

The medical image diagnosis apparatus according to an embodiment comprises processing circuitry configured to set a value of an image quality index selected regarding multiple types of the image quality index to display medical image as an anchor, and generate a first thumbnail image based on the anchor; display the first thumbnail image; generate second thumbnail images by increasing or decreasing the image quality index by a preset value from the anchor; display the plurality of second thumbnail images; generate a new first thumbnail image, display the new first thumbnail image, generate a new second thumbnail image, and display the new second thumbnail image; and generate an anchor flow line based on at least a starting point in which the anchor starts a movement and an ending point in which the anchor ends the movement, and set an adjustable range of the value of the image quality index.

An image capturing apparatus comprises an image capturing unit configured to capture an image via a lens, an image capturing direction control unit configured to control an image capturing direction of the image capturing unit, a preset information management unit configured to, when registering a preset of the image capturing direction, create a thumbnail based on an image captured by the image capturing unit, and store, as preset setting information, the thumbnail, the image capturing direction, and focal length information of the lens, by associating the thumbnail, the image capturing direction, and the focal length information, and a control unit configured to, in a case in which the lens is replaced, perform update of the focal length information in the preset setting information according to a focal length drive range of a newly mounted lens.