6results about How to "Reduce query time" patented technology

This application provides a method, apparatus, server, storage medium, and product for querying business data, belonging to the field of Internet technology. The method first parses the query request to obtain multiple query statements. Based on these multiple query statements, multiple data structures are generated. Based on these data structures, multiple query execution tasks are generated. Through the first and second nodes of the multiple query execution tasks, multiple data sources are queried in parallel. The multiple business sub-data obtained from the multiple data sources are summarized to obtain the business data, which is then returned to the terminal. This method can query multiple data sources in parallel based on multiple query fields, thus shortening the query time and improving query efficiency.

This application discloses a credit report generation method, system, computer equipment, and storage medium. The method includes: generating a report pre-assembly request via a first server and uploading it to a credit reporting chain; generating a set of keys and a data preparation request based on the report pre-assembly request via a second server, and obtaining a first key, a second key, and the data preparation request from them, and sending them to a third server; enabling the third server to obtain target data, encrypting the target data sequentially using the first key and the second key, and uploading it to the credit reporting chain; enabling the first server to decrypt the encrypted data based on the second key, and generating a pre-assembled report based on the decrypted data and a preset report template; enabling the first server to decrypt the decrypted data based on the first key, and generating a credit report based on the decrypted data and the pre-assembled report. This application can balance the timeliness of credit inquiries with data security.

The present application relates to the technical field of computer network, and especially relates to a fast forwarding method and system of network data packet of zero-patch kernel integration. The method comprises the following steps: registering a hook function at a key node of data packet processing, obtaining a registration custom processing function, expanding a connection tracking structure in a Linux kernel connection tracking system, and adding a custom field to store a fast forwarding state; constructing a fast NAT connection table; when the data packet reaches the registration custom processing function, calculating a hash value of the data packet, searching for a corresponding connection node in the fast NAT connection table through the hash value; if the valid connection node is found, updating header information of the data packet and sending the data packet to a target interface; otherwise, marking connection tracking information and making the data packet go through a regular Netfilter processing flow. The present application can solve the performance bottleneck problem caused by the dependence of the Netfilter complete flow in the traditional Linux kernel network forwarding scheme.

Embodiments of the present application disclose an information determination method, which comprises the following steps: after receiving query information of a target user for a target bidding system, obtaining historical behavior information and user attribute information of the target user; based on the query information, obtaining a set of bidding information by obtaining bidding information from a plurality of bidding applications through the target bidding system; determining key bidding information from the set of bidding information; and based on the query information, the historical behavior information and the user attribute information, determining target bidding information from the key bidding information. Thus, the operation of user query screening is effectively simplified, the query time is reduced, and the query efficiency is improved. Embodiments of the present application also disclose an information determination device, equipment and computer readable storage medium.

This application provides a database management method and apparatus. It monitors database query actions and query times using a Druid architecture. Based on historical query actions and their corresponding historical query times, a preset time threshold for slow query actions is determined. When a query time exceeds the preset threshold, the query data is stored in the Druid architecture and synchronized to a preset sandbox environment for cost verification. The priority of the cost verification results is determined, and slow query actions are optimized according to priority using a preset optimization model. This method effectively solves the shortcomings of traditional techniques in optimizing query performance, which can lead to lag and affect software stability and usability. It significantly improves the efficiency and stability of query performance and enhances the user experience.

The application relates to the field of three-dimensional simulation and reservoir monitoring, and discloses a reservoir upstream and downstream flight preview method and system for a multi-scale remote sensing data visualization scene, a medium and equipment, which comprises the following steps: constructing a topological relationship model of the reservoir upstream and downstream based on vector data associated with an input reservoir basin to extract a connected water system route; obtaining reservoir basin terrain data and automatically generating flight control parameters according to a preset parameter linkage rule; planning an optimal flight route through a path planning method based on the extracted connected water system route and the flight control parameters, and preferentially covering key monitoring nodes in the planning process; associating in-line stations, reservoirs, rivers and social and economic data through a space coordinate matching method by using the flight control parameters in the optimal flight route to realize water system connection and spatial association between the reservoirs and the stations; and counting flight key information after spatial association and outputting an automatic report containing charts and data tables.