7 results about "Source element" patented technology

Method for operating a distributed database (100), wherein the method comprises: Execution of an instruction set (118) for stream-oriented merging of uninterrupted, continuous data streams from multiple sensors of a sensor network to merge a source element with a target element, wherein the execution is performed by multiple data processing nodes (102, 102', 102'', 102''') in the distributed database, wherein the multiple data processing nodes serve to convert storage and computation for a database management system (114), wherein the multiple data processing nodes are connected for exchanging data over a network, and the database management system (114) for managing at least one source file (110) and one target file (112), wherein the target file (112) is stored distributed across the multiple data processing nodes (102, 102', 102'', 102'''), the source file has multiple source elements, the target file has multiple target elements, wherein the execution comprises: Check (200) for a match condition (116) between a source element selected from the multiple source elements and one of the multiple target elements; Computing (202) an instruction set (118) of a merged instruction list, wherein the instruction list comprises a list of instructions for stream-oriented merging of uninterrupted, continuous data streams of the source element with the target element using the matching condition (116); and Repeated execution (204) of the instruction set (118) for stream-oriented merging (204) of uninterrupted, continuous data streams of the source element with the target element before checking (200) the match condition (116) between a next source element selected from several source elements and one of the several target elements, where the repeated execution (204) of the instruction set (118) further includes: Reducing the amount of computing resources required to merge the source file (110) with the target file (112), and based on data from one sensor in the sensor network, adapting the data from another sensor in the sensor network, where the distributed database (100) is a distributed relational database, the source file (110) is a source table, the source table is at least one continuous data stream provided by a sensor of the sensor network, the target file (112) is a target table, the multiple source elements are multiple source rows, the multiple target elements are multiple target rows, the source element is a source row, and the instruction set (118) is an instruction column.

The invention discloses a signal tracing circuit diagram construction method for EDA software. The method comprises the following steps: step 1, obtaining a connection relation and a hierarchical relation of elements; step 2, determining a starting element according to a local circuit diagram to be drawn, drawing each stage of parent element according to the hierarchical relationship of the starting element, and enabling the peripheral edge of each stage of parent element to surround the starting element in a visual effect; 3, selecting a signal pin to be traced from the drawn elements, taking the selected element as a source element, taking the element to be connected as a target element, and placing the target element on the corresponding side of the source element; step 4, judging whether other elements located on the same side are overlapped with the target element and the connecting pins are located above or below, and moving the target element towards the opposite direction until the elements are not overlapped; and 5, wiring and returning to the step 3 until all elements in the local circuit diagram are completely wired. According to the method, more efficient and more intuitive construction of the multi-level circuit diagram can be realized.

A method, computer program product, and computing system for processing a continuous query with a future condition on a source element from database of elements to generate an initial result and determining that the future condition is unmet. The future condition is enqueued in a re-evaluation queue. The future condition from the re-evaluation queue is reprocessed on the database of elements based upon, at least in part, the initial result, the future condition, and a current time.

The system is configured to generate a display of a tagging interface. The tagging interface may include a stitching selector. In response to a user selection of (1) a destination element that includes a first name identifier, (2) a source element that includes at least one of the plurality of pixels such that at least one of the plurality of pixels corresponding to longitude-time points comprising a second name identifier, and (3) the stitching selector, the system can be configured to indicate that the source element comprises the first name identifier.

Described herein is a computer implemented method for generating a final design based on a source design. The method includes: processing the source design using one or more processing units to identify a set of source elements and generating source element data that includes a first source element representation that is a representation of the semantic content of a first source element; and accessing candidate element data that includes candidate element representation in respect of a set of candidate elements, each candidate element representation being a representation of the semantic content of the corresponding candidate element. The method further includes identifying a set of replacement elements for the set of source elements based on the source element data and candidate element data and generating a final design based on the source design and the set of replacement elements.

This invention relates to the field of quantity analysis technology, specifically to a BIM-based automatic quantity extraction method, electronic equipment, and medium. The method involves acquiring the bounding boxes of each component, determining conflict areas based on their positional relationships, discretizing them into voxel blocks, and identifying the corresponding target components. Within the conflict areas, based on geometric information and considering the physical characteristics of the components, the influence is quantified using medium resistance values ​​to determine the initial assignment of the voxel blocks. The source element of the target component is determined based on the positional characteristics of the voxel blocks, and a path search is performed using the source element. Combining the construction sequence level of the target component, the discretization resolution of the voxel blocks, and the medium resistance value, the cumulative cost of the voxel blocks under each target component is calculated, assessing their correlation with different target components to determine the final assignment. Finally, the quantity data is calculated based on the changes in voxel block assignment, positional distribution, and discretization resolution, fully considering various characteristics to make the results closer to reality and improve accuracy.

A method, computer program product, and computing system for processing a continuous query with a future condition on a source element from database of elements to generate an initial result and determining that the future condition is unmet. The future condition is enqueued in a re-evaluation queue. The future condition from the re-evaluation queue is reprocessed on the database of elements based upon, at least in part, the initial result, the future condition, and a current time.