40 results about "Pattern selection" patented technology

Disclosed are techniques for wireless sensing. In some aspects, a sensing node may transmit a first set of one or more sensing reference signals over a first set of transmit beams during a first stage of a sensing session. The sensing node may transmit a second set of one or more sensing reference signals over a second set of transmit beams during a second stage of the sensing session based on a plurality of criteria, wherein the plurality of criteria is based on one or more measurements of one or more sensing targets obtained by beamsweeping the first set of transmit beams, and wherein beamwidths of the second set of transmit beams are narrower than beamwidths of the first set of transmit beams.

A card controller (22) observes the access history of accessing an SD card (20) by a host device (10). The card controller (22) uses a pattern selector (41) to determine which of a plurality of patterns the observed access history corresponds to. The card controller (22) reads, from a register (31a), a control parameter associated with the determined pattern. The card controller (22) controls writing to and reading from a NAND flash memory (23) in accordance with the control parameter read from the register (31a). The access history includes at least a data size and an address.

The application provides a photoresist model calibration optimization pattern selection method, device, system and medium, the method comprises the following steps: obtaining a plurality of initial optimization patterns; Fourier transform is carried out to a plurality of initial optimization patterns to obtain the frequency spectrum corresponding to each initial optimization pattern respectively; the number of repetitions of the frequency spectrum corresponding to each initial optimization pattern and other frequency spectrums is detected, and each initial optimization pattern is sorted according to the number of repetitions from large to small; the feature size of each initial optimization pattern is sorted; the pattern of the first preset ranking, the pattern of the second preset ranking and the pattern with the smallest feature size in each initial optimization pattern are selected as the final optimization pattern. Therefore, the optimization pattern selection method based on the frequency spectrum repetition amount can avoid the phenomenon that the pattern selection is relatively blind in the experience-based selection method, reduces the pattern selection difficulty and time cost, and improves the model calibration accuracy.

1. Name of the product in this design: Graphical User Interface for Selecting Dimming Modes of Electronic Devices. 2. Intended use of this design: for use in an electronic device. 3. The key design features of this product are the graphical user interface content on the screen. 4. The image or photograph that best illustrates the design's key features: the front view. 5. If the product design is not involved, the rear view is omitted; if the product design is not involved, the top view is omitted; if the product design is not involved, the bottom view is omitted; if the product design is not involved, the left view is omitted; if the product design is not involved, the right view is omitted. 6. Purpose of the graphical user interface: The graphical user interface is used to display the management, control and operation of livestock lighting equipment. 7. Human-computer interaction methods of the graphical user interface: Click the "Auto" option in the top menu bar of the main view to enter interface state diagram 1; click the "Settings" option in the lower right corner of interface state diagram 1 to enter interface state diagram 2; click the "Next Page" option at the bottom of interface state diagram 2 to enter interface state diagram 3; click the "Single Path" option in the top menu bar of interface state diagram 3 to enter interface state diagram 4; click the "Settings" option in the lower right corner of interface state diagram 4 to enter interface state diagram 5; click the "Next Page" option at the bottom of interface state diagram 5 to enter... Interface change state diagram 6; Click the "Environmental Control" option in the top menu bar of Interface Change State Diagram 6 to enter Interface Change State Diagram 7; Click the "Language" option at the top of Interface Change State Diagram 7 to enter Interface Change State Diagram 8; Enter the password on the numeric keypad interface in Interface Change State Diagram 8 and click "OK" to enter Interface Change State Diagram 9; Click the "English" option in Interface Change State Diagram 9 to enter Interface Change State Diagram 10; The interface and interactive operations of Interface Change State Diagrams 10 to 19 correspond to the same interface and interactive operations of the main view - Interface Change State Diagram 9.

The present application relates to the technical field of communications, and particularly relates to a secure communication method, and an apparatus, which aim to realize secure communication without increasing additional power and resource overheads. The method comprises: a first communication apparatus encoding N data blocks on the basis of an encoding matrix, so as to obtain N encoded data blocks, wherein N is an integer greater than or equal to 2; for an i-th encoded data block among the N encoded data blocks, on the basis of a spatial pattern selection parameter corresponding to the i-th encoded data block, determining, from among K spatial patterns corresponding to a RIS, a target spatial pattern corresponding to the i-th encoded data block, wherein i is 1, 2, ..., N, and K is an integer greater than or equal to 2; and sending the i-th encoded data block to a second communication apparatus by means of the target spatial pattern corresponding to the i-th encoded data block.

The invention discloses a contract auditing system capable of automatically matching an auditing mode. And the analysis and extraction module is used for carrying out structured analysis and feature extraction on the contract related data to obtain the hierarchy and topological relation among terms in the contract template, the semantic vector representation of the terms of the contract to be examined, the difference item between the contract to be examined and the contract template, and the examination rule base. And the applicable strength calculation module calculates the applicable strength of each review rule on each term of the contract to be reviewed according to the template matching degree, the difference saliency and the context correlation degree. And the review mode selection module selects a corresponding review mode for each term of the contract to be reviewed according to the applicable strength of each review rule for each term of the contract to be reviewed. According to the method, the corresponding review mode is automatically selected for the combination of each term and each review rule of the contract to be reviewed. The refined review mode significantly improves the accuracy of the contract review result.

A rehabilitation planning apparatus, a rehabilitation planning system, a rehabilitation planning method, and a program capable of efficiently creating a rehabilitation plan are provided. A rehabilitation planning apparatus (1) includes a rehabilitation pattern selection unit (2), an ability value prediction unit (3) that predicts a physical ability value after a target patient performs rehabilitation indicated in a selected rehabilitation pattern, a repetition control unit (4) that performs control so that the selection by the rehabilitation pattern selection unit (2) and the prediction by the ability value prediction unit (3) are repeated, and a determination unit (5) that determines a rehabilitation pattern for, among combinations of rehabilitation patterns and physical ability values obtained through the repetition of the selection and the prediction, a combination of which the physical ability value satisfies a predetermined condition as a rehabilitation plan for the target patient.

The application discloses a kind of baseline solution parameter adjustment method and device, the method includes by obtaining from the observation data of baseline to be solved obtaining baseline length, according to baseline length selects baseline frequency point combination, according to baseline frequency point combination obtains corresponding baseline available ephemeris quantity, then according to baseline available ephemeris quantity determines baseline solution mode, obtains baseline observation time length by baseline solution mode, and determines sampling interval according to baseline observation time length, and then sampling interval and baseline solution mode are integrated into the solution parameter adjustment scheme of baseline to be solved and are output.The baseline solution parameter adjustment method disclosed in the application selects the solution mode more suitable for solving the baseline by the observation data of baseline to be solved, improves the accuracy of baseline solution result;According to the determined baseline solution mode, corresponding sampling interval is selected, and the baseline solution efficiency is improved.

A system and method are disclosed for managing integration patterns among a plurality of nodes in a networked environment. Each node is assigned a unique identifier, and integration patterns defining relationships between two or more nodes are represented as vectors comprising node identifiers and additional attributes such as protocol, security context, or dependencies. The vectors are validated using predefined logic and are indexed and stored within a multi-dimensional matrix according to their defining attributes. The system maintains metadata for each vector, including integration dependencies, approval status, and versioning. A graphical user interface presents the matrix as an interactive grid, enabling users to filter, select, and analyze integration patterns based on node attributes or pattern characteristics. The techniques disclosed support dynamic updates, automated governance, and compliance workflows, thereby streamlining the design, validation, and management of integration scenarios across complex computing environments.

A system and a method of pattern selection are provided for use by an electronic design automation (EDA) automatic test pattern generator (ATPG) for improved intermediate resistance (IR) drop analysis. The method includes identifying, for each of a plurality of transitional delay fault (TDF) patterns, flip-flops (FFs) toggling during a capture window; identifying coordinates on a grid for each of the toggled FFs; generating a boundary around the toggled FFs; generating tiles within the boundary; determining a number of toggled FFs included within each of the tiles; and ranking the plurality of TDF patterns based on the number of toggled FFs included within each of the tiles of each of the plurality of TDF patterns.

The application provides a metal mask and a pattern selection method, device and storage medium thereof. The pattern selection method comprises: processing n different transition region images to obtain corresponding n groups of pattern design parameters for representing the pattern distribution state of the transition region; determining minimum equivalent regions based on the n groups of pattern design parameters, performing mechanical simulation on each minimum equivalent region by using a finite element algorithm to obtain n groups of material properties corresponding to n different metal masks; performing mechanical simulation on the n different metal masks by using the finite element algorithm based on the n groups of material properties to obtain n groups of first deformation variables corresponding to the n different metal masks; determining at least one group of target first deformation variables from the n groups of first deformation variables, and outputting a transition region image corresponding to the target first deformation variable. The computer simulation test method can shorten the product development cycle, reduce the manufacturing cost and improve the research and development efficiency.

A method for shot pattern selection when combating targets with an impact system includes estimating the position of the target, estimating the speed of the target, categorizing the type of target, selecting the type of shot pattern, and firing projectiles based on the selected shot pattern. A fire-control system and an impact system are also provided.

A method and apparatus for video encoding and decoding are disclosed. According to the method, for a current second patch encoded in a cross-component linear model related mode, a list of most probable linear model modes is generated, the list comprising one or more most probable linear model candidates selected from a list of candidates. Mode selection information associated with the list of most probable linear model modes is signaled or parsed. And encoding or decoding the current second color block by using a target candidate selected from the most probable linear model mode list according to the mode selection information, and generating prediction data of the current second color block by applying a current linear model related to the target candidate to the current first color block.

The invention discloses a multi-time intelligent positioning cutting printing device and method, and the method comprises the steps: equipment self-inspection, processing mode selection, material adsorption and height adjustment, image collection, contour extraction and cutting path generation, target contour cutting, printing path alignment correction, pattern printing, defect detection and finished product removal. The high-robustness alignment control of material postures and boundaries is realized by adopting multiple rounds of image scanning in combination with an unmarked recognition technology. The device integrates a control system, an adsorption platform, an integrated camera, a lifting device, a cutting device, a UV printing head and a cleaning device, and supports whole-process image acquisition and execution path collaboration. Consistent matching of a cutting path and a pattern path is achieved by fusing Hu moments, curvature features and ICP registration, dynamic printing compensation is conducted in combination with a PID control strategy, and a cutting-printing closed-loop control mechanism is constructed. The image-text alignment precision and the processing automation level are improved, and the method is suitable for a flexible customized production scene.

Disclosed are techniques for wireless sensing. In some aspects, a sensing node may transmit a first set of one or more sensing reference signals over a first set of transmit beams during a first stage of a sensing session. The sensing node may transmit a second set of one or more sensing reference signals over a second set of transmit beams during a second stage of the sensing session based on a plurality of criteria, wherein the plurality of criteria is based on one or more measurements of one or more sensing targets obtained by beamsweeping the first set of transmit beams, and wherein beamwidths of the second set of transmit beams are narrower than beamwidths of the first set of transmit beams.

The application relates to a high-precision prediction method for dynamic selection and graph structure adaptive fusion of multi-source weather forecasts for turning weather, relates to the technical field of meteorological information processing and intelligent prediction, and utilizes a graph convolution method to perform information transmission between modes, so that a nonlinear and adaptive fusion mechanism is realized. Through dynamic adjustment of edge weights and optimization of convolution weights, complementary information of different modes is fully utilized, and the prediction precision and local feature capturing capability are improved. Considering prediction uncertainty, historical performance and observation consistency, an interpretable confidence index is formed. For a low-confidence area, mode expansion or edge weight correction is automatically triggered, adaptive optimization of the prediction result is realized, and the robustness and reliability of the system are improved. Multi-source numerical mode output, real-time observation and turning weather characteristics are formed into a unified input system, comprehensive information support is provided for mode selection and fusion, data utilization efficiency is improved, and high-precision prediction can still be realized under complex weather conditions.

A process, method, architecture, apparatus, system, apparatus, and computer program product for constellation mode selection. A wireless transmit / receive unit (WTRU) receives configuration information from a network; a constellation mode is determined based on the received configuration information, the constellation mode is a single mode or a cascade mode, an uplink signal is generated by using a first constellation in the single mode, and the uplink signal is generated by using the first constellation and then using a second constellation obtained from the first constellation in the cascade mode; reporting the determined constellation pattern to the network; and transmitting the uplink signal generated using the determined constellation pattern to the network.

This invention discloses a multi-stage intelligent positioning cutting and printing method. The method includes steps such as equipment self-inspection, processing mode selection, material adsorption and height adjustment, image acquisition, contour extraction and cutting path generation, target contour cutting, printing path alignment correction, pattern printing, defect detection, and finished product rejection. It employs multi-round image scanning combined with markerless recognition technology to achieve highly robust alignment control of material posture and boundaries. The device integrates a control system, adsorption platform, integrated camera, lifting device, cutting device, UV printer head, and cleaning device, supporting full-process image acquisition and execution path coordination. Consistent matching between the cutting path and pattern path is achieved by fusing Hu moment, curvature features, and ICP registration, and dynamic printing compensation is performed using a PID control strategy, constructing a closed-loop control mechanism for cutting and printing. This invention improves image and text alignment accuracy and processing automation level, and is suitable for flexible customized production scenarios.

Methods and systems for determining information of a sample are provided. A system includes a computer subsystem and one or more components executed by the computer subsystem, the one or more components including setting a deep learning (DL) model, the setup DL model is configured to individually perform defect detection on a sample based on outputs generated for the sample by each of two or more modes of an inspection system, respectively, and individually re-perform defect detection on the sample based on obscured outputs generated for each of the modes, respectively. The computer subsystem determines, for each of the modes, a difference between results of individual execution and individual re-execution of the defect detection, respectively, and identifies a subset of the modes for which the difference is greater than that of the modes for which other modes are directed as candidate modes for inspection of the sample.

The invention belongs to the technical field of brain-computer interfaces, and particularly relates to an intelligent metasurface electromagnetic wave regulation and control system for a brain-computer interface. The system comprises an electroencephalogram / electro-oculogram signal acquisition module, an electroencephalogram signal preprocessing module, a motor imagery electroencephalogram signal decoding module, a blink detection and mode coding module, a mode selection and electromagnetic function mapping module, a programmable logic control module and a dual-polarization reconfigurable metasurface array. Wherein EEG and EOG signals are fused, and an EOG mode selection + EEG fine adjustment hierarchical control logic is constructed; the left and right hand motor imagery is decoded through the multi-scale filter bank convolutional neural network, and the classification performance under limited training samples is improved; a dual-polarization 2-bit reconfigurable reflection metasurface is utilized to realize electromagnetic functions of polarization-independent beam deflection, joint beam deflection and polarization conversion under 45-degree linear polarization incidence, RCS reduction and the like; the security and robustness of the system are improved through a softmax confidence threshold mechanism; the method can be used for various man-machine interaction scenes.

The encoding device includes: a predictor configured to generate, for each component, a prediction block corresponding to an encoding-target block; a residual generator configured to generate, for each component, a prediction residual representing a difference between the encoding-target block and the prediction block; a mode selector configured to select one mode either an individual encoding mode performing a transform process and a quantization process on a prediction residual of the first component and a prediction residual of the second component for each single component, or a joint encoding mode performing a transform process and a quantization process on a joint prediction residual generated from the prediction residual of the first component and the prediction residual of the second component; a quantization controller configured to determine a quantization matrix to be applied in the quantization process based on the mode selected by the mode selector.

1. Name of the product in this design: Graphical User Interface for Weighing Balance Instruments in Electronic Equipment. 2. Intended use of this design: for use in an electronic device. 3. The key design features of this product are its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. This product is designed in a conventional way, and the rear view, left view, right view, top view, and bottom view are omitted. 6. Design 1 is designated as the basic design. 7. Purpose of the graphical user interface: Used for selecting and operating the weighing mode in the balance weighing software. 8. Description of the changing states of the graphical user interface: Design 1's main view is the main interface after software login; clicking the leftmost small triangle in the main view of Design 1 switches to the interface state change diagram 1 of Design 1; clicking "Application Modes" in the interface state change diagram 1 switches to the interface state change diagram 2 of Design 1; clicking "Check Weighing" in the interface state change diagram 2 switches to the interface state change diagram 3 of Design 1; Design 2's main view is the main interface after software login; clicking the leftmost small triangle in the main view of Design 2 switches to the interface state change diagram 1 of Design 2; clicking "Application Modes" in the interface state change diagram 1 switches to the interface state change diagram 2 of Design 2; clicking "Dynamic Weighing" in the interface state change diagram 2 switches to the interface state change diagram 3 of Design 1; Design 3's main view is the main interface after software login; clicking the leftmost small triangle in the main view of Design 3 switches to the interface state change diagram 1 of Design 3; clicking "Application Modes" in the interface state change diagram 1 switches to the interface state change diagram 2 of Design 3; clicking "Formulation" in the interface state change diagram 2 switches to the interface state change diagram 3 of Design 1. 9. Other situations requiring explanation: The usage status of Design 1 is shown in Figure 1-3. 10. Other situations requiring explanation: Other explanations: "X" in each view represents a variable area of ​​text content, including text and / or numbers, etc.; the instances represented by numbers in each view are only examples and can be replaced as they are not fixed content.

This invention proposes a VVC intra-prediction optimization method based on inter-block correlation. Since a single prediction mode is sometimes unsatisfactory and the correlation between adjacent blocks is not fully utilized, we fuse the modes of adjacent blocks in the current block and then apply different weighting methods to different mode selections to obtain the final prediction value. To better predict complex regions, we propose an adaptive template matching algorithm, using adaptive weighting for small blocks and linear weighting for large blocks. To compensate for the shortcomings of single linear prediction, we combine CCLM and DM, and use adaptive weighting to obtain the final prediction value. Experimental results show that compared with the VVC standard, the average bitrate savings for Y, Cb, and Cr are 0.63%, 0.82%, and 0.89%, respectively, and the utilization rate of our proposed mode is higher than many traditional VVC intra-prediction modes.

The invention relates to the technical field of document generation, in particular to a book type report real-time generation visualization management system. The system comprises a user interface module, a business logic processing module, a data base management module, a document generation module, a document output module and a database. The system constructed by the invention can provide the functions of category setting, type editing, book forming mode selection, document viewing and editing and the like, can accurately fill the corresponding position of the document template with the data extracted from the data base, and can perform reasonable formatting and processing according to the type and the characteristic of the data, so that the data processing efficiency is improved. Mistakes and omissions possibly caused by manual filling are avoided, and data in the document can be presented more normatively and professionally; according to the system, a standardized document template is preset according to different management systems and document types, a one-key book forming mode and a special book forming mode are provided, various management system documents meeting requirements can be rapidly generated, and time and energy input of manual document writing is reduced.

The embodiment of the invention relates to the field of power systems, and provides a power grid operation data load flow calculation method and device based on an assembly line mechanism and a storage medium, and the method comprises the steps: responding to an assembly line adding instruction initiated by a user, and displaying each to-be-selected data selection mode and an assembly line template; in response to a mode selection operation input by a user for the to-be-selected data selection mode, acquiring power grid operation data in a scene corresponding to a preset power grid operation mode in the power system according to the data acquisition path; in response to a template selection operation input by a user for the to-be-selected assembly line template, obtaining a load flow calculation rule pre-configured in the assembly line template corresponding to the template selection operation; and according to the load flow calculation rule, creating an assembly line task to perform load flow calculation on the power grid operation data to obtain a load flow calculation result. By adopting the method, the data processing efficiency of the whole load flow calculation process can be improved, and the data display effect is improved.

We provide the system. [Solution] An information processing device for inputting user preference information, An analysis device that analyzes and patterns the preference information, A selection device that selects the optimal beverage based on the pattern, A generating device that generates a list of recommended beverages selected, A system including an ordering device that places orders based on the recommended list.

A position detection system carries out position detection of a position indicator and includes a touch panel including a touch sensor configured to detect the position indicator. The position detection system includes a display device that displays image data and that includes: a display screen including gate lines and source lines; a control circuit configured to perform inversion pattern selection processing to select an inversion pattern per gate line based on the image data; and a storage configured to store inversion patterns selected for the gate lines, respectively. The control circuit of the display device is configured to switch between: an update mode, in which the inversion pattern selection processing is performed to select the inversion pattern per gate line, and a use mode, in which the inversion patterns stored in the storage are reused.

Apparatuses, systems, and techniques to select one or more discontinuous wireless communication patterns. In at least one embodiment, a processor includes one or more circuits to cause one or more different discontinuous wireless communication patterns to be selected based, at least in part, on one or more different beams with which to communicate the one or more different discontinuous wireless communication patterns.

The invention relates to the technical field of pumped storage power station design, and discloses an intelligent design method and system based on pumped storage power station hub arrangement pattern comparison and selection. According to the method, through scheme planning, intelligent BIM design, model automatic lightweight processing and hub layout comparison and selection BIM design in the whole process from scheme design to result output, a set of complete pumped storage power station hub layout comparison and selection intelligent design method is formed, and finally a hub layout layout comparison and selection design result is automatically output. And intelligent comparison and selection design of multiple schemes of hub pattern arrangement can be quickly and efficiently realized.

Described herein is a method and system for pattern coverage determination and pattern selection based on a variance of mask pattern representations generated using a diffusion model. Multiple mask pattern representations are generated for a target pattern representation by inputting multiple noise images to the diffusion model. A variance of the mask pattern representations is computed and represented using a variance map. The variance map may be used for various applications such as determining a pattern coverage of the diffusion model, or for pattern selection process to select a target pattern representation for further training the diffusion model to improve the pattern coverage.