32results about How to "Efficient interpretation" patented technology

According to the medical image display apparatus of an aspect of the present invention, the display mode to provide multi-screen display of the plurality of slice images including the abnormal shadow region is determined based on the result of acquisition of the abnormal shadow region (three-dimensional information for the abnormal shadow region), which eliminates the necessity for users (doctors) to perform an operation to set a display mode, and enables display of the plurality of slice images including the abnormal shadow region efficiently in a display mode enabling easy image interpretation.

The present invention generally describes a method for classifying a line segment of a handwritten line into a reference feature set, wherein said handwritten line comprises one or several curves representing a plurality of symbols. First, sample data representing said handwritten line is received. Next, a sample line segment in said received sample data is identified by detecting a sample line segment start point (SLSSP) and a sample line segment end point (SLSEP). Then, a sample feature set of said identified sample line segment is determined. Finally, the determined sample feature set is matched to a reference feature set among a plurality of reference feature sets.

A sequence of symbol operations (a “schedule representation”) within a data storage device, wherein the operations are those used to process encoding or decoding operations of a forward error correction code (an “FEC code”) upon an arbitrary block of data of a given size (where size can be measured in numbers of symbols). The method is such that the schedule representation can be used to direct the processing of these operations upon a block of data in a way that is computationally efficient. Preferably, the same method can be applied to represent schedules derived from multiple different algorithms for the encoding or decoding of a code or for multiple different codes.

A slice plane, oriented parallel to a viewing plane, is passed through a cuboidal dataset at regular intervals. The intersection of the slice plane with the cuboidal volume dataset results in primitives (quads, triangles, etc. depending on the angle and position of the intersection) whose vertices have position coordinates (xu, yu, zu) and 3D-texture coordinates (r, s, t). The resulting primitives are rasterized using, for example, a traditional 3D graphics pipeline wherein the 3D-texture coordinates are interpolated across the scanlines producing 3D-texture coordinates for each fragment. The resulting 3D-texture coordinates for each fragment are stored in a 2D-texture storage area. These 2D-textures are called density-textures. By preprocessing the cuboidal dataset, the rendering process becomes a compositing process. A rendering process is comprised of looking-up, for each densel in the texture, the corresponding color and opacity values in the current lookup-table. A user-specified compositing function is used to blend the values with those in the framebuffer to arrive at the final result. The final result, i.e. the values in the framebuffer, is displayed.

An image display system including: an image acquisition section that acquires a specific number of images of an imaging subject by imaging with an imaging section from different respective imaging positions; a detection section that detects regions of attention expressing specific loci of attention in each of the specific number of images acquired by the image acquisition section; and a selection section that selects, from combinations of the images, a combination of images for display as images on a display section, the combination of images having a minimum number of images having all of the loci of attention expressed by the regions of attention detected by the detection section in the specific number of images.

A medical image of a subject and detection information including positions of abnormal shadow candidates and degrees of malignancy of abnormal shadows detected from the medical image are acquired. The medical image is divided into a plurality of regions of interest, and images of the regions of interest are sequentially displayed with displaying images of the regions of interest containing the abnormal shadow candidates in descending order of the degree of malignancy based on the detection information prior to images of the regions of interest containing no abnormal shadow candidate.

A multi-modality medical image display system, having a storage device that stores image attributes indicating attributes of an image, and information indicating a plurality of display layouts, each combination set in accordance with at least one of a first or second modality type, and corresponding to one of the plurality of display layouts. The system further includes a unit configured to select a combination of image attributes for the requested medical image information based on incidental information that is assigned to the requested medical image information. The system further includes a unit configured to compare the combination of image attributes of the requested medical image information with the combination of the image attributes and, based on the comparison, and to search the storage device and obtain therefrom one of the plurality of display layouts that corresponds with the combination of image attributes of the requested medical image information.

The invention discloses a method for parsing a DBC analysis message based on LABVEIW. By processing and parsing a DBC file through the LABVEIW, ID, namely CAN message frame address, variable name, start bit, length, data format, data type, accuracy and offset can be obtained by decomposing; the separated data is in one-to-one correspondence; and a read-in variable is parsed in real time. The method has the advantages that the DBC file can be effectively utilized, the method can be widely applied to after-sales and experimental workers, the equipment cost is reduced, and information on a CAN line can be interpreted effectively.

A sequence of symbol operations (a “schedule representation”) within a data storage device, wherein the operations are those used to process encoding or decoding operations of a forward error correction code (an “FEC code”) upon an arbitrary block of data of a given size (where size can be measured in numbers of symbols). The method is such that the schedule representation can be used to direct the processing of these operations upon a block of data in a way that is computationally efficient. Preferably, the same method can be applied to represent schedules derived from multiple different algorithms for the encoding or decoding of a code or for multiple different codes.

Provided is an image-display device and the like that can start reading an image soon after obtaining image data captured by a capsule-type endoscope. The image-display device comprises: an I / F unit (51) for receiving information input for the image-display device; a storage unit (55) for storing in-vivo image data and information related to the position of the capsule-type endoscope in a subject's body; an image processor (53) for processing images for the in-vivo image data; a position estimator (54) for estimating the position of the capsule-type endoscope when in-vivo images are captured on the basis of the position-related information; a process-setting unit (56) for setting the content of image processing and the position estimation level of position estimation processing on the basis of information received from an input receiver; a processing-time forecasting unit (57) for forecasting the processing time required for processing by the image processor and the position estimator on the basis of the content of image processing and the position estimation level set by the process-setting unit; and a display unit (60) for displaying the processing time forecasted by the processing-time forecasting unit.

Provided are a V2X communication method of a terminal in a wireless communication system and a terminal using the method. The method is characterized by: receiving at least one DCI of a first DCI based on a first TTI and a second DCI based on a second TTI, from a base station through a PDCCH; and, based on the at least one DCI, performing V2X communication by using one of the methods of transmission based on the first TTI and transmission based on the second TTI, wherein the first TTI is shorter than the second TTI, a first RNTI configured for the first DCI is different from a second RNTI configured for the second DCI, and which one between the first TTI-based transmission and the second TTI-based transmission is accepted is determined based on one of the first RNTI and the second RNTI.

According to the medical image display apparatus of an aspect of the present invention, the display mode to provide multi-screen display of the plurality of slice images including the abnormal shadow region is determined based on the result of acquisition of the abnormal shadow region (three-dimensional information for the abnormal shadow region), which eliminates the necessity for users (doctors) to perform an operation to set a display mode, and enables display of the plurality of slice images including the abnormal shadow region efficiently in a display mode enabling easy image interpretation.

The invention discloses a terahertz image information interpretation method, a network and a storage medium. The method comprises the following steps: obtaining a low-resolution terahertz image; carrying out super-resolution reconstruction on the obtained low-resolution terahertz image to obtain a super-resolution terahertz image; performing feature extraction on the low-resolution terahertz imageby using at least one convolution layer to obtain a low-resolution feature map; performing feature extraction on the super-resolution terahertz image by using at least one convolution layer to obtaina super-resolution feature map; carrying out feature level image fusion on the low-resolution feature map and the super-resolution feature map to obtain a feature fusion map; carrying out region proposal on the feature fusion image to obtain a candidate region; carrying out region pooling on the candidate region to obtain a region pooling result; and carrying out target detection and / or semanticsegmentation on the regional pooling result to complete information interpretation of the terahertz image. According to the invention, the information interpretation of the terahertz image can be completed with high efficiency and high quality.

Hardware and processes are provided for efficient interpretation of multi-value signals. The multi-value signals have a first voltage range with is used to indicate multiple numerical or logical values, and a second voltage range that is used to provide control functions. In one example, the multi-value circuitry is arranged as a set of rows and columns, which may be cascaded together. The control function can be implemented to cause portions of rows, columns, or cascaded connections to be powered off, thereby saving power and enabling more efficient operation.

An image display system including: an image acquisition section that acquires a specific number of images of an imaging subject by imaging with an imaging section from different respective imaging positions; a detection section that detects regions of attention expressing specific loci of attention in each of the specific number of images acquired by the image acquisition section; and a selection section that selects, from combinations of the images, a combination of images for display as images on a display section, the combination of images having a minimum number of images having all of the loci of attention expressed by the regions of attention detected by the detection section in the specific number of images.

An image interpretation report creating apparatus for displaying a case in combination of an image interpretation report and a blood test result even if they are stored in different computers. The apparatus includes: a display unit for displaying an image interpretation report creation screen along with a blood test result; an input unit for specifying finding and a blood test result; a search key generating unit for generating search keys for searching an image interpretation report DB and a blood test result DB; a search processing unit for causing an image interpretation report server and an examination result server to obtain cases that match the search keys; a similarity degree determining unit for displaying the cases in an order of the degree of similarity; and an image interpretation report preservation unit for causing the image interpretation report server to store image interpretation report data.

An object of the present invention is to provide a defect inspection device, a defect inspection method, and a program that support an image interpreter so that image interpretation can be performed accurately and rapidly. A defect inspection device (10) includes an image acquisition unit, an image processing unit, a storage unit (24), a defect candidate classification unit that assigns a defect classification to an extracted defect candidate image on the basis of classification information stored in the storage unit (24), a display unit (18) that displays the received light image, a manipulation unit (14) that receives selection of a display or a non-display of an auxiliary indication indicating a position of the defect candidate image and the classification of the defect candidate image on the display unit (18), and outputs a command for the selected display or non-display of the auxiliary indication, and a display control unit that performs a display or a non-display of the auxiliary indication on the display unit (18) on the basis of the command output from the manipulation unit (14).

A three-dimensional region of interest (ROI) is established with a high degree of accuracy, by a simple method without increasing a burden on the operator, in generating a three-dimensional projected image from medical volume data according to rendering, achieving more efficient interpretation of three-dimensional image and streamlining of diagnostic flow, with the use of the diagnostic image generation apparatus. An energy map is generated on a predetermined tomographic plane, assuming a preset start point as a reference and searching for a path that minimizes the energy, and then the path is set as a boundary of the three-dimensional ROI. The start point may be decided on the basis of the boundary inputted by a user, or the user may set the start point. The user may be allowed to adjust the boundary having been set. The boundary may also be determined on another plane orthogonal to the predetermined tomographic plane.

Methods and systems for enabling mobile devices to run a variety of content- carrying script programs using a standard script language, without the confines of operating within a network browser. A client layer has a Script-to-Document Object Model (DOM) engine that executes a content-carrying-script file, efficiently interprets the script and delivers interactive objects to a dynamic environment to provide end user services. The script-to-DOM engine can construct the DOM object on any device in a computationally efficient manner, while also updating objects on a dynamic basis. The constructed DOM object suitably matches the client device environment requirements and interacts with users without the need of complete refresh of the client layer, and generation / modification of the content structure becomes possible during buildup.

The invention discloses a tumor-related gene variation pathogenicity classification method and device and a storage medium. The method comprises the following steps: acquiring a tumor-related gene, and annotating the tumor-related gene according to a fixed transcript according to an HGVS rule to obtain position information; on the basis of an ACMG guide and in combination with expert group suggestion, interpreting a process evaluation evidence item, and dividing evidences into pathogenicity evidences and benign variation evidences; according to an evidence item general rule and a specific gene special rule, judging the graded evidence to obtain variation grade classification; and interpreting the graded evidence according to an interpretation rule, and outputting an interpretation result. According to the method, suggestions of guidelines and expert groups are strictly followed, evidence grading is carded and determined, result differences caused by inconsistency of evidence items are avoided, and tumor-related gene variation can be efficiently, conveniently, normatively and accurately interpreted; manual repeated work is reduced, the normalization and uniformity of interpretation are improved, and the working efficiency is improved.

The invention provides a liver injury prediction method, which comprises the following steps: determining weights of chemical components of different drugs, inputting the chemical components of the different drugs and corresponding weights into a pre-trained liver injury prediction model to obtain a prediction result whether drug combination causes liver injury or not, and when metabolic reaction occurs in the drugs, determining the weight of the chemical components of the metabolite according to the chemical components of the metabolite so as to predict whether the metabolite causes liver injury or not. Thus, whether liver injury is caused by drug combination or not can be predicted with low cost and high reliability, reference can be provided for a wet experiment, and reference is further provided for clinical medication.

The present invention discloses a method and system capable of carrying script content on a mobile device, which uses a standard script language and does not need to use a web browser for execution. When the client uses a document object module (Document Object Model, DOM) engine to execute a content-carrying script file, it can provide end users with efficient reading of scripts and transmission in a real-time and dynamic environment. Interactive objects. The script object module engine can construct DOM objects on any efficient computing device, and update objects in a dynamic environment in real time. The DOM object structure meets the customer's environmental requirements and can interact with the customer without reorganizing the client page, and can also add and modify its content file structure during the process of building the structure.

The object detection method of optical remote sensing images based on Bayesian migration learning provided by the present invention uses the Fisher information matrix to represent the knowledge contained in the pre-trained target detector on the source data set, and uses the Fisher information matrix The information matrix constructs the objective function of the target detector. During the training process, this item will participate in the learning of the target detector on the target data set, so that it can retain the learned knowledge to a certain extent and improve the detection accuracy; Compared with other optical remote sensing image target detection algorithms, the present invention effectively improves the accuracy of optical remote sensing image target detection without introducing additional parameters to be learned; it can efficiently and accurately assist human interpretation and save manpower.

An embodiment of the invention discloses a detecting report generating method and device, equipment and a computer storage medium. The method comprises the steps of acquiring object information of a sample; acquiring information detected by a high-flux molecule of the sample, wherein the information detected by the high-flux molecule comprises microbe information; based on the microbe informationand interpreting information of microbe in an interpreting knowledge database, determining clinical interpreting information of the microbe in the sample; and based on the object information, the information detected by the high-flux molecule and the clinical interpreting information, generating the detecting report of the sample. Therefore, the information of the interpreting report of the information detected by the high-flux molecule is more comprehensive and standard. Furthermore the method improves interpreting efficiency of the information detected by the high-flux molecule, and preventsdefects of incomplete artificial detected information interpreting and overlong time consumption.

The invention discloses a general tank task recorder, and belongs to a recorder, the general tank task recorder comprises an interface module, the interface module comprises a GPS / Beidou input unit, an audio signal input unit and an event button unit, the GPS / Beidou input unit receives time information sent by the GPS / Beidou, the audio signal input unit receives audio from a tank interphone system, and the event button unit is connected with the GPS / Beidou input unit; the event button unit directly receives an optical aiming signal of an aircraft; according to the method, a novel digital image compression coding technology is adopted, GPS / Beidou time timing is adopted, long-time alignment operation of pictures of a tank observing and aiming system and a comprehensive display system is achieved, conjoint analysis of data is carried out according to a unified specification, and efficient, quick and accurate interpretation of a tank training result is achieved; by adopting an advanced H.264 digital image compression coding technology, a tank observing and aiming system is realized, long-time high-quality video recording of system pictures is comprehensively displayed, and a high-quality and long-time dynamic audio and video compression recording function is realized.

To provide an image display apparatus, etc., that enables interpretation of radiograms to be started immediately after acquisition of image data captured by a capsule endoscope. The image display apparatus includes an I / F unit 51 for receiving input of information to the image display apparatus; a storage unit 55 for storing in-vivo image data and information related to a position of the capsule endoscope in a subject; an image processing unit 53 for executing image processing on the in-vivo image data; a position estimating unit 54 for estimating a position of the capsule endoscope during image-capturing of the in-vivo image, on the basis of the information related to the position; a processing setting unit 56 for setting a position estimation level of the position estimating processing and a content of the image processing, on the basis of the information received by the input receiving unit; a processing time estimating unit 57 for predicting a processing time required in processing executed by the image processing unit and the position estimating unit, on the basis of the position estimation level and the content of the image processing set by the processing setting unit; and a display unit 60 for displaying the processing time predicted by the processing time estimating unit.

The invention discloses a method for parsing a DBC analysis message based on LABVEIW. By processing and parsing a DBC file through the LABVEIW, ID, namely CAN message frame address, variable name, start bit, length, data format, data type, accuracy and offset can be obtained by decomposing; the separated data is in one-to-one correspondence; and a read-in variable is parsed in real time. The method has the advantages that the DBC file can be effectively utilized, the method can be widely applied to after-sales and experimental workers, the equipment cost is reduced, and information on a CAN line can be interpreted effectively.