4 results about "Process semantics" patented technology

Device for the intelligent encapsulation of legacy data information systems with the integration of artificial intelligence, comprising: a collection unit for legacy interfaces, configured to intercept communication data from existing platforms; a semantic interpretation unit designed to analyze and map data structures and process semantics; a contextual abstraction layer designed to convert interpreted information into standardized, interoperable formats; a policy-driven management module that ensures secure access, Data transformation and regulatory compliance are ensured; and a learning and inference unit for adaptive optimization of data mappings and operational logic.

This invention relates to the field of industrial control network detection technology, and more particularly to an industrial control network intrusion detection method based on a large language model. This invention constructs a joint analysis engine of process semantics and physical constraints based on a large language model, performing time-series prediction of the compliance of operational intentions and their physical consequences, thereby identifying the threat level of abnormal intentions. Combining operational instruction data and physical process state data, it identifies abnormal operational behaviors caused by identity impersonation, internal unauthorized access, or operating condition conflicts, and performs process context mismatch risk analysis on operational instructions. Based on the results of abnormal intention threat level identification and process context mismatch risk analysis, it predicts the intrusion threat level of the industrial control network, thereby executing an adaptive response control scheme. This method can detect complex attacks that are formally legitimate but semantically dangerous, effectively identifying abnormal operations caused by identity impersonation, internal unauthorized access, and operating condition conflicts, thus improving the overall security resilience of the industrial control system.

The invention relates to the technical field of intelligent document review, in particular to an intelligent document review method and system based on large model fusion causal reasoning, and the method comprises the steps: collecting documents, extracting formats and null lines, recognizing roles and actions, retrieving nouns after verbs, processing semantic repetition, outputting a table, checking causal connections, comparing action sequences, screening and joining, ranking verbs, and pulling through actions. And outputting causal fragments, checking consistency, separating objects, calibrating behaviors, outputting chain fracture, splitting adverbs, sorting relationships, and outputting conflict paths and review paths. According to the method and the device, by extracting the paragraph formats, roles and actions of the documents, the meticulousness of review is improved. And analyzing a causal conjunction and an action relationship, and identifying a causal relationship and a semantic conflict. The method comprises the steps of calibrating an action sequence, identifying missing parts, sorting multiple actions and role changes, optimizing an examination path, reducing manual intervention and improving efficiency.

Provided in the embodiments of the present disclosure are a method and apparatus for generating code, and an electronic device and a program product. The method comprises: acquiring a user-defined orchestration process drawn by a user on a canvas of a graphical user interface, and on the basis of the orchestration process, generating process orchestration code and process node code in a target language, wherein the process orchestration code represents process semantics, and a process node represents a task in the orchestration process. The method further comprises: on the basis of the process orchestration code and the process node code, generating an executable file package in the target language. In the embodiments of the present disclosure, by means of such a method for converting the orchestration process drawn by the user into the process orchestration code and process node code in the target language and further generating the executable file package in the target language, the code in the target language can be automatically generated from the user-defined orchestration process, such that the barrier to entry for user programming is reduced, and the flexibility of the user orchestration process is improved.