5results about How to "Improve query speed" patented technology

This specification discloses a method for querying graph data. The method identifies a common query across various query loads, performs a query using this common query in a graph database instance, and stores the results as a materialized view of the graph database instance. When a query statement to be executed is received, if the query statement contains the common query, the query result obtained by executing the query using the query statement in the graph database instance is determined based on the stored materialized view. Through this method, when querying using a query statement to be executed, at least a portion of the query results can be determined based on the pre-stored materialized view, without needing to fully execute the query process corresponding to the query statement on the graph database instance, thus effectively improving query speed.

The invention relates to the technical field of biological information processing, in particular to a bar code correction method and device, electronic equipment and a storage medium. The method comprises the following steps: acquiring a to-be-corrected target bar code; generating a mode character string at each base position included in the target bar code, and replacing the base at the current position with the mode character string to obtain a preset number of new target bar codes; matching the new target bar code with each mode candidate set constructed by the bar code white list, and after the target mode candidate set is matched, matching the new target bar code with each new reference bar code in the target mode candidate set to obtain a first matching result; and correcting the target bar code based on the first matching result, and determining an inclusion relation between the target bar code and the bar code white list. According to the embodiment of the invention, index mapping is realized through the position mode, redundant calculation for generating a certain number of mutants is avoided, the query complexity is reduced, and the query speed is increased.

This application discloses a data processing method, system, electronic device, and storage medium. The data processing method includes: acquiring a data task, wherein the data task represents a task of synchronizing target data from a source database to a target database; and executing the data task to synchronize the target data from the source database to the target database; wherein the data volume of the target data table in the target database is smaller than the data volume of the source data table in the source database. This solution achieves the acquisition of a small range of data by single task, eliminating the need to read the entire dataset, enabling rapid adaptation, improving data query speed, and reducing storage space. Simultaneously, by executing the data task to synchronize the target data from the source database to the target database, flexible database switching is achieved, improving database adaptability.

This invention provides a method, device, medium, and product for displaying layout data. The method for displaying layout data includes: acquiring layout data to be displayed; pre-creating multiple layers within the layout data; each layer storing polygons of a corresponding size within the layout data; generating index keys for the polygons; establishing a storage structure based on the numerical ranges of the index keys; determining the display width of the pixel blocks of the display window in the coordinate system of the layout data; determining the corresponding layout data layer based on the display width, serving as a baseline layer; and querying layer by layer from high to low until the target data is found. The target data is used to determine the image information to be displayed for the pixel blocks. Specifically, for queried layers higher than or equal to the baseline layer, the target data is a polygon; for queried layers lower than the baseline layer, the target data is a numerical range. This method can effectively improve the display speed of layout data.

The application provides a server, a display device and a live source import method. First, a mapping table based on geographical position and network operators is used for accurate query to filter available live sources in line with the local network environment of a user, avoiding misjudgment across regions. For unknown or unplayable live sources, the server generates a distributed detection task and distributes it to a second display device in an idle state in the same region to detect availability through a lightweight HTTP request, which not only avoids the IP blocking risk of centralized scanning, but also improves detection accuracy by using the local network environment. The available live sources detected are mapped to unique identification codes after semantic normalization processing and are dynamically updated to the mapping table to form a continuously optimized data closed loop. Through resource optimization strategies, the entire process minimizes interference with user devices, and finally provides the user with an accurate and de-duplicated list of available sources, improving determination efficiency and user experience.