19 results about "Graphic mode" patented technology

An information processing device includes a display, a communication interface configured to receive signals from a tap device, one or more processors, and one or memories storing instructions. Upon execution by the one or more processors, the instructions cause the one or more processors to: display a plurality of icons on the display in a predetermined pattern as a graphical user interface; in response to a selection signal received from the tap device, select one of the plurality of displayed icons; in response to an activation signal received from the tap device, activate a function corresponding to the selected icon; and in response to a shift signal received from the tap device, shift the plurality of icons to different positions in the predetermined pattern.

The invention provides a zero-code biological information analysis method and device based on multi-agent collaboration, and the method comprises the steps: setting a large language model as a plurality of agents through cue words, carrying out the scoring and rearrangement of tools in a tool library through the plurality of agents, and finding an optimal matching tool through discussion; exploring type assembly is carried out by utilizing intelligent agents of a plurality of explorers according to input and output parameters of different tools, fusion is carried out after multiple rounds of tests are successful, a workflow is established, the workflow is written into codes, and the codes are executed to obtain an analysis result; checking and screening the analysis result to obtain screening information; presenting the screening information in a graphic mode to obtain graphic information; and obtaining candidate answers of the to-be-analyzed task according to the screening information and the graphic information.

The invention discloses an agricultural product cold-chain logistics full-process interactive simulation system, and relates to the technical field of agricultural product cold-chain logistics, and the system comprises a cold-chain process module which is used for simulating logistics paths and temperature and humidity state changes of agricultural products in a plurality of links; the parameter configuration module is used for setting environment parameters, product parameters and equipment parameters for each link in the cold chain process; the logic judgment module is used for judging operation reasonability according to user configuration and built-in standard rules; the operation verification module is used for feeding back a logic judgment result and giving an operation suggestion; the data recording module is used for recording input parameters, judgment results and system responses in the whole simulation process; the visual display module is used for displaying the key indexes, the process states and the alarm events in a graphic mode; and the user interaction terminal is used for providing a user interface and performing interaction. According to the invention, the problems of scattered simulation links, lack of dynamic interaction and incomplete data tracing in the prior art are solved.

An information handling system may include at least one processor and a computer-readable medium having instructions thereon that are executable by the at least one processor for: prior to initialization of an operating system, executing a first-party pre-boot firmware application, wherein the first-party pre-boot firmware application is configured to provide a graphics-mode interface; executing a third-party pre-boot firmware application, wherein the third-party pre-boot firmware application includes a visual forms representation (VFR); parsing, by the first-party pre-boot firmware application, the VFR; and displaying, by the graphics-mode user interface, a graphical user interface for the third-party pre-boot firmware application.

The invention discloses a graphical fault distance measurement method and system, relates to the field of traction substation tripping fault mark distance measurement in the railway industry, and can read a fault report of a fault distance measurement device and constant value parameter configuration of the fault distance measurement device off line, and calculate and analyze a fault type, whether line current is balanced or not and a fault distance according to the data and parameters. And a result is graphically displayed, so that the distance measurement error range can be narrowed by modifying and verifying the constant value parameters, and the corrected constant value parameters are exported and stored, thereby achieving the purposes of facilitating fault analysis, improving the working efficiency and shortening the maintenance time. Maintenance personnel are helped to quickly find out fault points, timely process faults and recover normal operation of lines, and the method is very important for safe, reliable and efficient transportation of a railway system.

The technology described herein enables a remote desktop application to interact simultaneously with peripherals associated with multiple client devices. The technology described herein expands peripheral options to include peripherals associated with a user's other client devices that have a desktop application installed. For example, a user may access a virtual machine on a primary client, but use the touchscreen on a secondary client to control the virtual machine. The primary and secondary clients may have different connection types with the remote virtual machine. The connection types include a full connection and a background connection. In addition to different connection types, the remote desktop applications on the primary and secondary clients may operate in different modes. Two different modes include graphics mode and non-graphics mode.

The disclosure includes technology for receiving, via the pattern definition region and an input device of the computing device, one or more selections defining a user-defined graphical pattern; determining two or more matches between the user-defined graphical pattern and one or more corresponding portions of retrieved time-dependent data; presenting, in the graphical user interface on the display device, a chart region including a data visualization graphically representing the retrieved time-dependent data and the two or more graphical indicators; and highlighting at different points of time in the chart region of the graphical user interface the two or more matches between the user-defined graphical pattern and two or more corresponding portions of the retrieved time-dependent data.

An information handling system sets, in response to a power event, a discrete graphics processing unit to transmit graphics data to an external display monitor and an internal display panel. In response to determining that a hybrid graphics mode is enabled and that a video driver has been loaded, the system switches a source of the graphics data to the internal display panel from the discrete graphics processing unit to an integrated graphics processing unit while keeping the discrete graphics processing unit to provide the graphics data to the external display monitor.

The invention discloses a surface treatment crane running track system based on AI generation. The surface treatment crane running track system comprises the following processes: running an automatic drawing TimeWay system; checking the process in the flow table; submitting the process data in the flow table to an AI system; the AI system carries out mathematical modeling on the step sequence and time of the technological process through a cut-and-try method and a successive approximation method; solving by the AI system, and calculating a result conforming to a mathematical modeling rule; a result calculated by the AI system is displayed in a graphic mode; downloading the generated TimeWay diagram for an electrical engineer to write into a mathematical model of the PLC; and exiting from the automatic drawing TimeWay system. According to the surface treatment crane running track system generated based on the AI, the requirement for workers for drawing TimeWay patterns can be reduced, drawing can be completed without depending on the technology of advanced electrical engineers, the drawing time of the TimeWay patterns is shortened, the efficiency is improved by about 100-200 times, and higher response speed is obtained for temporary process change of a client side.

The present invention discloses a question generation method based on natural language processing, which belongs to the technical field of natural language processing. In order to solve the problem of low quality of question generation in the field of natural language processing in traditional technologies, the method determines the question data source corresponding to the question generation, and judges whether the question data source is a preset text type data source. If the above judgment is yes, the question data source is subjected to natural language processing to obtain natural language features, and then, when several target semantic diagram elements corresponding to the natural language features can be determined, a corresponding semantic diagram is generated according to all the target semantic diagram elements, and then a question is generated according to the semantic diagram to obtain the question corresponding to the question data source, and the question data source is converted from text mode to graphic mode to refine the abstract text expression form into an intuitive and concise graphic form. The generated question can focus on the main content expressed by the question data source, thereby improving the quality of question generation.

An apparatus to facilitate GPU-centric assessment of confidential compute mode using attestation is disclosed. The apparatus includes processing cores of a graphics processor communicably coupled to a baseboard management controller (BMC), the one or more processing cores to: cause the BMC to request CPU attestation evidence from a workload (WL) attesting environment of a central processing unit (CPU) that is communicably coupled to the graphics processor; select a graphics confidential compute (CC) mode of the graphics processor; communicate the graphics CC mode to a tenant management console orchestrator (TMCO) of the CPU; receive, by an attestation verifier of the processing cores, the CPU attestation evidence comprising CPU partition evidence of a CPU partition, the CPU partition evidence collected by the WL attesting environment of the CPU; and verify, by the attestation verifier, the CPU partition evidence and identify a CPU partition CC mode based on the CPU partition evidence.

The embodiment of the application provides a kind of multispectral image fusion binocular light waveguide display intelligent digital twin glasses, through target contour fusion, scene can be fused and displayed with the imaging contour of different waveband spectral camera while retaining the perspective function of light waveguide glasses, distinguish using color and brightness;And using target recognition algorithm, specific type target is fused into the display image in a specific color way;It has visual perception, depth perception and temperature perception ability, and has the ability to access various image and video acquisition terminals, visible light cameras, infrared cameras and other spectral cameras of different wavebands can be selected to access;It has the ability to access external information, such as weapon equipment fire control, GIS, map, audio, and can be driven and displayed in character and graphic mode.

A method and system automatically assist in a creation of a manufacturing workflow (WF) for manufacturing a product. The method includes receiving a graphical user input in an editing area configured for creating a manufacturing WF, the graphical user input includes a WF starting node and automatically selecting in a meta-workflow (MWF) library, in response to the received graphical user input and in function of the latter, a MWF. The selected MWF is a graphical pattern starting with the WF starting node and ending with a WF ending node, the latter being connected to each other through a sequence of interconnected decision and / or activity nodes. The selected MWF is displayed in a display box and then in the editing area. A manufacturing WF is created from the MWF displayed in the editing area. An auto-suggestion process is used for associating each node of the MWF to a manufacturing operation.

The present disclosure discloses systems and methods for generating application programming interface (API) schema by using ontological constructs. The system may receive an ontology file comprising a domain-specific conceptual model, wherein the domain-specific conceptual model comprises ontological entities and corresponding relationship between ontological entities. Further, a schema generation strategy may be determined from at least one of a simple strategy, a nearest neighbor strategy, and a shortest path strategy for the received ontology file based on a user requirement and the received ontology file. Moreover, the system may generate an ontological data structure for the received ontology file based on the determined schema generation strategy. Thereafter, the system may transform the generated ontological data structure into a graphical schema structure by mapping each of the ontological entities to corresponding graphical entities. Furthermore, the transformed graphical schema structure may be serialized output the generated graphical schema file as an API.

The invention relates to a medical magnetic resonance image signal-to-noise ratio testing method, and relates to the technical field of magnetic resonance image processing. Comprising the following steps: constructing a python image processing library, drawing an ROI region and marking the ROI region as an image C, importing two dcm images A and B, and obtaining a new image D by making a difference between pixel values of corresponding pixel coordinate positions, calculating a pixel mean value of all pixel points in the ROI region on the image A, calculating a standard deviation of the pixel values of all pixel points in the ROI region on the image D, calculating a signal-to-noise ratio of the initially imported image, and obtaining a new image D; and displaying the image and the data information on a UI interface. According to the method, the packaged algorithms are automatically integrated, the tedious and complex manual test process is converted into the automatic test process, the test result is displayed in a digital and graphic mode, the whole test is reflected through an interface and is clear, and the test efficiency is greatly improved.

An apparatus is disclosed that facilitates GPU-centric evaluation using authentication-to-confidential computing pattern pairs. The apparatus includes a processing core of a graphics processor communicatively coupled to a baseboard management controller (BMC), the one or more processing cores to: cause the BMC to request a workload (WL) authentication environment from a central processing unit (CPU) communicatively coupled to the graphics processor; selecting a graphics confidential computation (CC) mode of the graphics processor; communicating the graphics CC pattern to a tenant management console coordinator (TMCO) of the CPU; receiving, by an authentication verifier of the processing core, CPU authentication evidence comprising CPU partition evidence for the CPU partition, the CPU partition evidence being collected by a WL authentication environment of the CPU; and validating, by an authentication validator, the CPU partition evidence and identifying a CPU partition CC pattern based on the CPU partition evidence.

The present application relates to a head-up display device and a display method for a vehicle. A head-up display (HUD) device for a vehicle includes a sensor for detecting a front object of the vehicle, a controller for selecting any one of display regions preset based on a driver's line of sight as a target region for displaying HUD information according to an overlapping position and an overlapping degree between the display regions and the front object, and determining a virtual image formation position of the HUD information and a graphic pattern for displaying the virtual image according to a relative position of the target region in the display regions, a HUD generator for generating the HUD information according to the determined graphic pattern, and a HUD adjuster for adjusting an image formation distance of the HUD information according to the virtual image formation position.

The invention belongs to the technical field of engineering drawing management, and discloses a railway signal drawing analysis method, system and device, and the method comprises the steps: carrying out the preprocessing of all signal drawings of a target station, carrying out the drawing frame recognition and forward mapping of obtained first data, and obtaining a first data frame; performing table recognition on the obtained second data to obtain table structure data; identifying characters in the second data by utilizing a plurality of character identification technologies, correspondingly obtaining a plurality of original data, then performing fusion operation to obtain table character data, and performing reverse mapping after merging the table character data with the table structure data; extracting terminal relation data according to the obtained third data to construct an equipment relation tree; after the name of the target element is received, node terminal relation data of the target element is retrieved in the equipment relation tree, a matched target graph is searched in the second data and then is drawn with the node terminal relation data, an equipment relation graph is obtained, efficient query is achieved, and all associated drawings of the signal equipment are visually displayed in a graphic mode.

Rendering overlays in a hierarchically encoded video sequence having an enhancement layer and a base layer is embodied in one or more methods, devices, systems and software. A video sequence is represented at a first resolution and a second resolution. A first overlay comprising a first pattern of glyphs is rendered in the video sequence at the first resolution, wherein a first glyph of the one or more glyphs is rendered at a first pixel in the video sequence at the first resolution. A second overlay comprising the first pattern is rendered in the video sequence at the second resolution. The rendering of the second overlay is controlled to render the first glyph at a second pixel position obtained by mapping the first pixel position to the second pixel position according to a ratio between the first resolution and the second resolution.