Simulation control and intelligent evaluation system for ship power station based on Web3D

The construction of a model library and evaluation system based on Web3D is emphasized, and a practical and feasible crew operation evaluation scheme is proposed in combination with an expert intelligent library. Theoretical exploration and prospective research are further carried out. Based on the actual operation and job roles of frontline shipping crew, specific integrated projects of theory and practice are combined for crew training. The seamless integration of theory and practice is strengthened, and the evaluation model is divided into five weight formulas, which are proposed for the first time. Intelligent assessment is a comprehensive evaluation of students’ proficiency in operational training and mastery. Its core is to establish a hierarchical evaluation index system, including user layer, evaluation layer, management layer, and physical layer. This system has good scalability and maintainability functions. On the basis of the original model, new design modules and database models can be easily added, integrated, and managed using backend management. The more comprehensive system functions and stronger web access capabilities enable the third-generation simulator to be equipped.

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Publication Details

Published
2025-04-25
DOI
https://doi.org/10.1117/12.3060537
Primary Topic
Internet of Things and Social Network Interactions
Type
article
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article

Simulation control and intelligent evaluation system for ship power station based on Web3D

Tingyun Li, Jianwei Huang
Internet of Things and Social Network Interactions
article

Simulation control and intelligent evaluation system for ship power station based on Web3D

Tingyun Li, Jianwei Huang
article en

Abstract

The construction of a model library and evaluation system based on Web3D is emphasized, and a practical and feasible crew operation evaluation scheme is proposed in combination with an expert intelligent library. Theoretical exploration and prospective research are further carried out. Based on the actual operation and job roles of frontline shipping crew, specific integrated projects of theory and practice are combined for crew training. The seamless integration of theory and practice is strengthened, and the evaluation model is divided into five weight formulas, which are proposed for the first time. Intelligent assessment is a comprehensive evaluation of students’ proficiency in operational training and mastery. Its core is to establish a hierarchical evaluation index system, including user layer, evaluation layer, management layer, and physical layer. This system has good scalability and maintainability functions. On the basis of the original model, new design modules and database models can be easily added, integrated, and managed using backend management. The more comprehensive system functions and stronger web access capabilities enable the third-generation simulator to be equipped.

Fujian Business University (CN)
Affordable and clean energy
Openalex Percentile: Top 92%
Internet of Things and Social Network Interactions
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