7 results about "Instructional software" patented technology

The invention provides a VR simulation training method and system for maintenance and management of a power distribution network, and the method comprises the steps: constructing a three-dimensional power distribution model, constructing a corresponding maintenance and management scheme in combination with a maintenance and management project issued by a manager, generating a plurality of training samples, calling a corresponding learning maintenance and management scheme according to a selected learning scheme, and carrying out the maintenance and management of the three-dimensional power distribution model. The method comprises the following steps: constructing a plurality of VR training scenes in combination with a learning training sample, performing training effect evaluation according to real-time VR training data generated when a learner performs training in each VR training scene to determine current non-mastered contents of the learner, constructing a generated consolidated VR scene of the learner according to the current non-mastered contents, and guiding the learner to perform consolidated learning. The teaching software has high flexibility and flexibility, learning conditions of students can be mastered at any time, teaching consolidation is carried out in a targeted mode, and the learning effect of the students is improved.

The invention discloses a modular multifunctional robot workstation teaching platform, which relates to the related field of education and practical training and comprises a bearing base, a modular functional unit group, a main control system and a teaching interaction terminal, an integrated wiring groove and a standardized interface matrix are arranged in the bearing base, and the actions of the industrial robot module, the material transmission module and the operation execution module are coordinated and controlled, so that a preset teaching task is completed; the teaching software system further comprises an operation recording module and an examination and evaluation module which are used for recording key parameters in the operation process and generating a quantitative evaluation report according to a preset weight. The modular multifunctional robot workstation teaching platform has the functions of cooperation of a PLC and a motion control card, data acquisition and teaching process management, and is combined with an operation recording and quantitative assessment module to record key parameters such as operation duration and program error times, generate a 0-100 score report and provide improvement suggestions.

The invention discloses a computer course imaging teaching software system which comprises a multi-source data acquisition module, a dynamic modeling and rendering module, an intelligent feedback and strategy generation module and an evaluation and optimization module. The invention relates to the technical field of computer-aided teaching, in particular to a computer course imaging teaching software system, which has the advantages that 1, an abstract concept cognition barrier is broken through, and the understanding efficiency is improved; 2, personalized teaching adaptation is realized, and learning pertinence is enhanced; 3, constructing a multi-dimensional feedback closed loop, and improving the learning efficiency; and 4, the teaching resource dependence is reduced, and the application scene is expanded.

This invention provides a VR simulation training method and system for power distribution network maintenance and management, comprising: constructing a three-dimensional power distribution model; constructing corresponding maintenance management schemes based on maintenance management projects issued by the manager; generating several training samples; retrieving corresponding learning maintenance management schemes according to the selected learning scheme; constructing several VR training scenarios based on the learning training samples; evaluating the training effect based on the real-time VR training data generated by the learner during training in each VR training scenario to determine the learner's unmastered content; constructing a consolidation VR scenario for the learner based on the unmastered content; guiding the learner to consolidate their learning; making the teaching software highly flexible and adaptable; and enabling real-time monitoring of students' learning status for targeted teaching and consolidation, thereby improving students' learning outcomes.

The invention relates to the field of software development, in particular to a medical care skill teaching software development method, which comprises the following steps: S1, predefining a medical care skill operation step table template; s2, disassembling the medical nursing skills, and matching and filling the disassembled contents to obtain a medical nursing skill operation step table file; s3, converting the medical nursing skill operation step table file in the step S2 into an XML (Extensible Markup Language) data structure file; s4, constructing a software development framework; s5, putting the medical nursing skill teaching materials in the step S2 and the XML data structure file in the step S3 into the software development framework in the step S4; s6, the software development framework analyzes the XML data structure file in the step S3, corresponding modules of the software development framework are called in a combined mode, and the medical nursing skill teaching materials in the step S2 are displayed. The method has the beneficial effects that the development efficiency is improved, the development reusability is improved, and the development cost is reduced.

The present application relates to the technical field of teaching management, and discloses a kind of smart classroom interactive teaching software and teaching system, comprising: multi-modal data acquisition module, regional feature analysis module, cognitive bias prediction module and teaching strategy scheduling module;Multi-modal data acquisition module obtains the behavior characteristic sequence in classroom environment and the teaching instruction sequence containing knowledge point weight;Regional feature analysis module divides behavior characteristic sequence into regional behavior matrix;Cognitive bias prediction module is aligned sequence by time regularization logic, determines the ratio of response time delay difference of feedback relative to instruction and knowledge point weight, to obtain cognitive transmission factor and generate bias transmission prediction graph;Teaching strategy scheduling module generates teaching intervention signal according to bias transmission prediction graph, the present application quantifies the transmission law of cognitive bias to back sequence node, realizes the evaluation of teaching administrative management liability, and improves the management efficiency of teaching resource scheduling.

The present application relates to the technical field of teaching management, and discloses a kind of smart classroom interactive teaching software and teaching system, comprising: multi-modal data acquisition module, regional feature analysis module, cognitive bias prediction module and teaching strategy scheduling module;Multi-modal data acquisition module obtains the behavior characteristic sequence in classroom environment and the teaching instruction sequence containing knowledge point weight;Regional feature analysis module divides behavior characteristic sequence into regional behavior matrix;Cognitive bias prediction module is aligned sequence by time regularization logic, determines the ratio of response time delay difference of feedback relative to instruction and knowledge point weight, to obtain cognitive transmission factor and generate bias transmission prediction graph;Teaching strategy scheduling module generates teaching intervention signal according to bias transmission prediction graph, the present application quantifies the transmission law of cognitive bias to back sequence node, realizes the evaluation of teaching administrative management liability, and improves the management efficiency of teaching resource scheduling.