4results about How to "Flexible query" patented technology

The invention discloses a data processing method and device, a storage medium, equipment and a program product. The method comprises the following steps: receiving playing behavior data from a plurality of terminals; for each piece of playing behavior data, generating a main index key for uniquely identifying the playing behavior data; corresponding auxiliary index keys are generated for at least one screenable attribute dimension contained in the playing behavior data, and an associated main index key is stored in the value of each auxiliary index key; in response to a playing record query request initiated by a client, if the playing record query request contains a screening condition for a target screenable attribute dimension, performing retrieval based on a target auxiliary index key corresponding to the target screenable attribute dimension to obtain at least one associated main index key, and obtaining corresponding target playing behavior data based on the at least one main index key. According to the method, efficient retrieval and flexible query of the playing behavior data are realized through a cooperation mechanism of the main index key and the auxiliary index key.

This invention proposes an interactive tree height development trend prediction method and system at the single-tree scale, relating to the fields of remote sensing information processing and forest resource monitoring. Addressing the problems of existing technologies, such as time-consuming and labor-intensive forest surveys, difficulties in large-scale implementation in areas with significant topographic relief, limited transportation, or scattered tree distribution, and challenges in meeting the needs for refined and continuous monitoring, this invention provides a technical solution at the single-tree scale. It integrates tree species information, age inversion results, and growth models, allowing users to predict the tree height development trend of target trees through spatial interaction. This enables refined analysis and dynamic management of the tree growth process. It effectively avoids the averaging problem associated with traditional plot-scale models and significantly improves the scientific rigor and accuracy of single-tree resource management and forestry management decisions.

The invention provides a vector knowledge base construction method and system based on a large model and a retrieval method.The construction method comprises the following steps that an original document is segmented to obtain a plurality of text blocks, and metadata information of the text blocks is extracted; extracting a concept entity from the text block based on a large model to form an initial concept entity; performing semantic matching and integration on the initial concept entity based on a large model to obtain a standard concept entity; establishing an occurrence association relationship between the text block and the standard concept entity; based on the standard concept entity and the original text of the standard concept entity, utilizing a large model to analyze and construct an entity map representing the semantic relationship between the entities; after the text blocks and the standard concept entities are subjected to vectorization processing, metadata information of the text blocks, the incidence relation between the text blocks and the standard concept entities and the entity maps are correlated to form a vector knowledge base. According to the method, more accurate and more intelligent knowledge management and retrieval can be realized.

This utility model discloses an intelligent networking terminal and an intelligent speaker. The intelligent networking terminal includes a routing module and an Android module. The routing module includes a first USB interface, and the Android module includes a second USB interface, an Android IC unit, and a touch unit. The first USB interface and the second USB interface are connected via wired communication. The Android IC unit is electrically connected to both the second USB interface and the touch unit. The touch unit receives user setting or query commands, generates and sends query information, and the Android IC unit sends the query information to the routing module via the second USB interface and the first USB interface to operate or configure the routing module. Therefore, the routing module can be set or queried through the Android module, expanding the functionality of the intelligent networking terminal and making it more convenient and flexible to set or query the routing module, thus improving the flexibility of the intelligent networking terminal's configuration and operation.