8 results about "Effect assessment" patented technology

The invention discloses a patient rehabilitation effect evaluation system based on nursing information processing. The system comprises an evaluation data acquisition module, a data preprocessing module, an effect evaluation model construction module, a model hyper-parameter optimization module and a rehabilitation effect evaluation module. The invention relates to the technical field of intelligent patient rehabilitation effect evaluation, in particular to a patient rehabilitation effect evaluation system based on nursing information processing, and the system comprises the steps: obtaining an effect evaluation original data set through data collection; a data preprocessing method of data cleaning, feature extraction, time sequence alignment, data standardization and data set segmentation is adopted; a double-flow deep network model is adopted as an effect evaluation model, and it is ensured that an evaluation result conforms to clinical logic while feature collaboration of heterogeneous medical data is achieved; an improved leapfrog algorithm is adopted to optimize model hyper-parameters, dynamic balance exploration and development are achieved, meanwhile, the stability of the algorithm is enhanced through population division, and stable performance of an evaluation system in different clinical scenes is ensured.

The invention discloses an immersive teaching and training system based on safety accident prevention, and relates to the technical field of safety teaching and training. The system comprises a teaching and training management module, a scene experience module, a behavior supervision module and an effect evaluation module. The teaching and training management module constructs a cross-scene accident chain through multi-source data acquisition and parameter adaptation and adopts a Bayesian network model to quantify risks; the scene experience module is connected with the function scene unit through a standardized interface, and realizes multi-scene dynamic linkage based on accident chain logic; the behavior supervision module synchronously collects physiological and operation data, establishes a correlation model and executes hierarchical intervention; and the effect evaluation module integrates the multi-dimensional data to generate an evaluation report, and reversely optimizes teaching and training parameters. According to the system, through the technical means of multi-module cooperation, a whole-process closed loop of data acquisition, risk assessment, resource allocation, behavior supervision and effect optimization is realized, the practical training performance, accuracy and systematicness are improved, and effective support is provided for safety accident prevention.

The invention relates to the field of intelligent motion control systems, in particular to an astronaut dynamic balance-oriented specific muscle training intelligent motion control system, which comprises a data acquisition and input sensing module, an analysis and evaluation module, a result display module and an effect evaluation module, through multi-modal data acquisition and fusion, pre-training encoder feature mapping and a muscle and balance dual evaluation mechanism, the problems that astronaut muscle atrophy and dynamic balance descending under microgravity and existing training depends on manpower and is tedious in equipment are solved, and intelligent and accurate training is achieved.

The invention relates to the technical field of enterprise digital management and activity planning, and discloses a whole-process digital management method for enterprise annual meeting literature and art activities. A demand information collection unit, a data analysis unit, a resource management unit, a program planning unit, a process control unit, a visual monitoring unit, an emergency processing unit and an effect evaluation unit are arranged in the system. A digital management process which runs through demand acquisition, intelligent analysis, resource overall planning, program planning, process control, on-site monitoring, emergency processing and effect evaluation is constructed, so that enterprise annual meeting literature activities are transformed from an experience-dominated traditional mode to a data-driven, precise-collaboration and intelligent-early-warning modernized operation mode; and finally, the problems of unclear requirements, resource mismatching, disordered execution, out-of-control risk and difficulty in effect measurement in the traditional annual preparation are solved.

The invention discloses an agent interaction and evaluation method and system and a related device, and the method comprises the steps: obtaining the inquiry content outputted by a target agent and the reply content outputted by a reference agent according to a behavior label in a plurality of rounds, and obtaining a dialogue set; wherein each behavior tag corresponds to a respective dialogue mode, and the behavior tag of a single round is determined based on dialogue content of at least a part of historical rounds or is set as a preset behavior tag of a target question included in inquiry content of a current round; traversing each round in the dialogue set, obtaining a behavior intention corresponding to the behavior label of the previous round, and evaluating the inquiry content of the current round based on the dialogue content and the behavior intention of at least part of historical rounds to obtain a single round score of the inquiry content of the current round; wherein the single-round scores of all rounds are used for evaluating the target agent. According to the scheme, the authenticity of agent interaction and the accuracy of interaction effect evaluation can be improved.

The invention relates to an activity effect evaluation method and system, and the method comprises the steps: obtaining multi-dimensional activity data which comprises activity attribute information, user attribute information and operation attribute information; establishing an association relationship among different dimensions in the multi-dimensional activity data; effect variables and feature variables are extracted from the multi-dimensional activity data, the contribution degree of each feature variable to each attribution group is determined, and the attribution groups are determined by the effect variables; and performing automatic assessment on the activity effect based on the association relationship and the contribution degree. The system comprises a data acquisition module, an association mining module, an attribution analysis module and a result display module, and is used for executing corresponding method steps. Therefore, the problems of high manual dependence, single analysis dimension, long period, attribution deficiency and other pain points in the prior art are solved, and efficient, accurate and closed-loop activity effect evaluation and operation optimization decision making are realized.

The present application belongs to the technical field of behavior correction and educational informatization, and specifically relates to a pre-school fusion education behavior correction system and method based on AI empowerment, which comprises a data acquisition module, an AI analysis and processing module, a correction content library, an interactive execution module, a physiological monitoring module, an effect evaluation module and a teaching feedback module, and each module cooperates to realize a complete behavior correction process.The present application realizes accurate identification and analysis of problem behaviors of pre-school children, formulates individualized correction schemes in combination with individual characteristics of children, introduces AI technology and physiological monitoring means, improves the scientificity and objectivity of the correction process, solves the subjective defects of artificial evaluation, builds an integrated platform of teaching and practice, provides real cases and data support for behavior correction courses, improves the teaching effect, realizes dynamic tracking and quantitative evaluation of correction effect, timely adjusts the correction strategy, and improves the correction efficiency.