13 results about "Pattern selection" patented technology

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.

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.

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.

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.

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.

A coder obtains, for a block of video, first counts of occurrences of angular intra prediction modes (IPMs) used by a plurality of neighboring blocks of the block. The coder obtains, for the block, second counts of occurrences of non-angular intra coding modes used by the plurality of neighboring blocks. Based on the first counts, a plurality of angular IPMs is determined from the angular IPMs. Based on the second counts, a non-angular intra coding mode is determined based on the non-angular intra coding modes. The coder codes the block using a prediction block generated by combining the plurality of angular IPMs and the intra coding mode. For an encoder, the block is coded by signaling a residual block as a difference between the current block and the prediction block. For a decoder, the block is coded by combining the prediction block with the residual block to reconstruct the block.

The application provides a patent retrieval system and method based on dynamic weight adjustment and multi-modal semantics. The system includes an input layer for receiving a natural language query of a user, an initial technical dimension weight adjustment instruction, and a display mode selection; a semantic retrieval layer for retrieving and sorting related patents from a patent document library based on the natural language query and the technical dimension weight to form a preliminary retrieval result; a processing layer for standardizing the preliminary retrieval result; a display layer for visualizing and rendering the standardized retrieval result in a corresponding multi-modal form according to the display mode selection, receiving a real-time weight adjustment instruction of the user, and obtaining an interactive feedback of the user; and a dynamic weight adjustment module for generating an initial technical dimension weight according to the initial technical dimension weight adjustment instruction or a preset retrieval strategy corresponding to the display mode selection, and dynamically optimizing the initial technical dimension weight based on the interactive feedback.

Described is a UE apparatus (302) is configured to: obtain sounding reference signal, SRS, information (303) from a base station, BS, apparatus (301), the SRS information (303) comprising: a UE capability enquiry comprising one or more SRS resource pattern enquiries; an indication that flexible SRS resource is used for SRS resource group configuration; an SRS resource set configuration comprising locations for the SRS resource; and a channel state information, CSI, reporting configuration for the SRS resource pattern. In this way, the UE is configured to compute SRS resource pattern adapted to the selectivity of the channel, report SRS resource pattern to BS, and transmit SRS based on granted SRS resource pattern received from BS. BS estimates channel more accurately with transmitted SRS with less or equal SRS resource than uniform SRS resource pattern.