4results about How to "Reliable generation" patented technology

The invention discloses an electroencephalogram head ring interaction control method and device based on concentration level, and the method comprises the steps: collecting multi-band electroencephalogram signals and user interaction parameters, carrying out spectrum decoupling analysis to recognize a concentration feature baseline, exporting an attention stability coefficient, and building a cognitive state mapping relation; tracking a high-response frequency band core to implement frequency band fusion analysis to form a control channel, and collecting concentration fluctuation data to construct an interaction control network; executing multi-task response analysis to identify an intention switching point, extracting cognitive load parameters to divide a low-load area and a high-load area, and extracting a recovery rate to construct an attention toughness index in an identification conversion process; determining an optimal trigger position in a low-load area according to an attention toughness index, constructing a brain wave feature chain, aligning the brain wave feature chain with an attention stability coefficient, determining a low-interference response window, and setting a self-adaptive threshold group; and the coupling identification false triggering area extracts redundant brain wave components to execute false triggering suppression to generate an interaction control instruction, so that accurate matching between teaching intervention and the cognitive state of the student is realized.

The invention discloses a spacecraft module-level code automatic generation method based on artificial intelligence. The method comprises the following steps: constructing a multi-level thinking map; constructing a multi-source spaceflight domain knowledge base, and performing domain specialization enhancement on the large language model according to the multi-source spaceflight domain knowledge base; generating an intelligent module-level code according to the multi-level thinking map; carrying out multi-dimensional code quality evaluation on the intelligent module-level code to generate a quality problem report, and establishing an intelligent feedback mechanism based on a graph structure according to the quality problem report and the multi-level thinking graph; and inputting an intelligent feedback mechanism based on a graph structure into the field specialized and enhanced large language model, and outputting a module-level software code. The problems that in the prior art, the complex requirement processing capacity is limited, the field specialization degree is insufficient, code quality lacks a dynamic optimization mechanism, and cooperative management between modules is difficult are solved, and efficient and reliable code generation is achieved.

The application discloses a kind of denture insertion connection structure generation method and device, wherein the method includes: based on denture and denture plate model generation bottomless denture model grid, and the edge of this denture model grid is optimized, and optimized denture model grid is obtained;The two-dimensional discrete boundary curve generated by the model grid is inward equidistant, and the bottom boundary curve is obtained;Based on the curve, the first connection structure bottom surface grid generated by the model grid is cut, and the second connection structure bottom surface grid is obtained;The equidistance and edge deformation of the bottom surface grid are carried out, and the third connection structure bottom surface grid is obtained;The boundary vertex of the bottom surface grid and the boundary vertex of the model grid are subjected to CDT processing, and the connection structure side surface grid is obtained;The side surface grid and its junction are subjected to smoothing processing, and the denture insertion connection structure is obtained.The method and device of the application can solve the problem that the connection structure may exist in the insertion direction.

The invention discloses a domain knowledge enhanced retrieval-driven workflow generation method and system, and the method comprises the steps: receiving a natural language demand of a user, and retrieving a high-correlation candidate workflow template from a pre-constructed domain structured knowledge base through a mixed strategy of fusing sparse retrieval and dense retrieval; systematically extracting task step definitions, dependency graphs, API (Application Program Interface) calling specifications and domain constraint conditions in the candidate templates to form a structured knowledge element set; deeply fusing the knowledge set with user requirements, and constructing a structured cue word containing task description, knowledge reference and generation constraint; and generating a high-quality executable workflow code meeting the standard of the target platform by utilizing the large model. According to the method, the problems of poor code normalization caused by lack of domain knowledge, low retrieval correlation caused by a single retrieval strategy, insufficient flexibility caused by a hard coding template and the like in an existing method are effectively solved, and the accuracy, the normalization and the practicability of workflow code generation are remarkably improved.