7 results about "Knowledge production" patented technology

The invention discloses an intelligent knowledge base system based on multi-domain model collaboration and a construction method, and relates to the field of artificial intelligence knowledge management. The system realizes accurate generation and dynamic management of cross-domain knowledge through a three-level driving architecture of an intelligent scheduling layer, a knowledge production layer and an intelligent knowledge base. The intelligent scheduling layer schedules professional field models such as medical treatment (such as Med-PaLM 2) and law (such as a power law intelligent contract review model) at a millisecond level through a field intention analysis engine and a three-dimensional matching matrix; the knowledge production layer completes format standardization, conflict verification and timeliness marking by using a knowledge cleaning assembly line; the intelligent knowledge base adopts a three-level storage system of a core library (high frequency and high reliability), an expansion library (medium confidence) and a temporary library (to be verified), and combines a dynamic weight algorithm of dominant score (60%), recessive behavior score (30%) and domain expert calibration (10%) to realize real-time optimization and upgrading and downgrading of knowledge.

The invention discloses a knowledge isolation method based on an organizational structure and user responsibilities. The method is composed of an isolation dimension management center, a multi-dimensional knowledge isolation method module and a knowledge production center. The isolation dimension management center transmits isolation strategies of organizations, tasks, identities and levels to the multi-dimensional knowledge isolation method module through a dimension configuration channel; the multi-dimensional knowledge isolation method module controls the access request according to a strategy through an isolation execution channel; and the knowledge production center outputs compliant knowledge content to the authorized user through the knowledge output channel. According to the method, refined and dynamic access control of the AI knowledge base in the enterprise is realized, and knowledge abuse is effectively prevented.

The invention discloses a data processing method and system, electronic equipment and a computer readable storage medium, and relates to the technical field of data processing and large models. The method comprises the following steps: acquiring multi-source heterogeneous data; analyzing the multi-source heterogeneous data to generate a multi-source heterogeneous knowledge graph corresponding to the multi-source heterogeneous data; fusing the multi-source heterogeneous knowledge maps to obtain a target navigation map; generating multi-level description information based on the target navigation map; and performing knowledge production according to the multi-level description information, and generating a navigation page description document in the target application scene. The technical problems that the knowledge production efficiency is low and data from different sources cannot be fully utilized to complete data analysis in related technologies are solved.

The embodiment of the invention provides a twin configuration method, a storage medium, an electronic device and a product. The method comprises the steps that a network digital twin management service producer establishes a twin according to a twin creation request sent by a network digital twin management service consumer and a twin atomic model in a twin warehouse; the network digital twin management service producer configures the twin according to data collected from at least one of the managed object, the data producer and the knowledge producer; wherein the twin creation request comprises at least one of the following requirements: a twin establishment requirement, a twin data requirement and a twin monitoring requirement. According to the embodiment of the invention, the problem that a large number of resources are consumed when the twinborn body is constructed in the prior art is solved, and the effect of generating the twinborn body by using fewer resources is further achieved.

This invention proposes a document tree-based intelligent information matching and retrieval method. It combines document structure with feature information to generate a document tree carrying document feature information, enabling hierarchical matching and rapidly converging the number of target documents. This reduces computational load, increases retrieval speed, and improves matching accuracy. Applying this technical solution enables fast, efficient, timely, and accurate matching and searching of massive amounts of document data, improving knowledge production efficiency. This invention effectively addresses the cost and accuracy issues in knowledge production and information retrieval. The document tree designed in this invention intelligently and objectively captures document keyword information and carries the document's theme, structure, and content information, eliminating the need for manual annotation and extraction. This effectively reduces labor costs and solves the problems of inaccurate and incomplete keyword annotation, significantly improving the accuracy of matching and retrieval.

This invention discloses an intelligent product cognitive modeling and multilingual document generation and verification system and method, belonging to the fields of knowledge engineering and natural language processing. The system adopts a three-layer architecture of "knowledge planning layer + knowledge production layer + knowledge service layer," and also includes two core components: "workflow engine + testing framework." The knowledge planning layer is used to construct a meta-knowledge system and quantitatively evaluate its completeness through coverage metrics; the knowledge production layer is used to perform document generation, terminology standardization, structure optimization, fact verification, and automated testing; the knowledge service layer is used to perform multilingual release, version archiving, and feedback collection; the workflow engine performs intelligent scheduling, using task priority sorting to form a closed-loop processing flow; the testing framework is used to generate execution evidence and calculate hash digests for audit trails. This invention improves document accuracy from unverifiable to 100% observable, achieves knowledge coverage of user intent of 1, and increases development efficiency by 18 times.

One aspect of the present invention is an information-based knowledge production device that comprises: a knowledge production vocabulary management unit that assigns unified meaning to information about different types of power systems in a machine-readable form and manages an ontology that defines a common vocabulary that is needed for knowledge production; and an information-based knowledge production unit that adds metadata that uses the common vocabulary of the ontology to individual pieces of information and produces knowledge from the information.