Document Type : Original Article
Authors
1
Ministry of Energy
2
Faculty member Of Azad university
3
Faculty member of Azad University
Abstract
Objective: To present a model for an integrated content management system on the websites of the Ministry of Energy.
Methodology: This applied research is of a mixed type and was conducted using an analytical survey method to gather the components of content management, a documentary method was used, Delphi method was applied for the qualitative part in designing the components, and a questionnaire was used for data collection. The statistical population of the study includes all specialists 121 people in the informatics sector and managers of subsidiary companies of the Ministry of Energy.
Findings: After determining the items affecting content management on the Ministry of Energy websites in the form of 34 questions by experts, the content management factors after determining the appropriate period according to their correlation matrix in the form of 7 factors in order of special value are: The content management factors on the websites of the Ministry of Energy were identified in the form of 7 factors, ranked by their significance as follows: "Structural and technical requirements" 10/103, "Content requirements" 7/96, "Content evaluation and review requirements" 7/63, "Content accessibility requirements" 4/61, "Quality requirements and usability principles" 4/007, "General requirements" 3/12, and "Requirements for alignment with artificial intelligence" 2/.601
Conclusion: To determine the importance of each content management component from the perspective of specialists in the informatics sector and managers of subsidiary companies of the Ministry of Energy, a model was presented for an integrated content management system on the Ministry's websites after analyzing the components and transforming them into new factors through exploratory and confirmatory factor analysis.
Objective: To present a model for an integrated content management system on the websites of the Ministry of Energy.
Methodology: This applied research is of a mixed type and was conducted using an analytical survey method to gather the components of content management, a documentary method was used, Delphi method was applied for the qualitative part in designing the components, and a questionnaire was used for data collection. The statistical population of the study includes all specialists 121 people in the informatics sector and managers of subsidiary companies of the Ministry of Energy.
Findings: After determining the items affecting content management on the Ministry of Energy websites in the form of 34 questions by experts, the content management factors after determining the appropriate period according to their correlation matrix in the form of 7 factors in order of special value are: The content management factors on the websites of the Ministry of Energy were identified in the form of 7 factors, ranked by their significance as follows: "Structural and technical requirements" 10/103, "Content requirements" 7/96, "Content evaluation and review requirements" 7/63, "Content accessibility requirements" 4/61, "Quality requirements and usability principles" 4/007, "General requirements" 3/12, and "Requirements for alignment with artificial intelligence" 2/.601
Conclusion: To determine the importance of each content management component from the perspective of specialists in the informatics sector and managers of subsidiary companies of the Ministry of Energy, a model was presented for an integrated content management system on the Ministry's websites after analyzing the components and transforming them into new factors through exploratory and confirmatory factor analysis
Objective: To present a model for an integrated content management system on the websites of the Ministry of Energy.
Methodology: This applied research is of a mixed type and was conducted using an analytical survey method to gather the components of content management, a documentary method was used, Delphi method was applied for the qualitative part in designing the components, and a questionnaire was used for data collection. The statistical population of the study includes all specialists 121 people in the informatics sector and managers of subsidiary companies of the Ministry of Energy.
Findings: After determining the items affecting content management on the Ministry of Energy websites in the form of 34 questions by experts, the content management factors after determining the appropriate period according to their correlation matrix in the form of 7 factors in order of special value are: The content management factors on the websites of the Ministry of Energy were identified in the form of 7 factors, ranked by their significance as follows: "Structural and technical requirements" 10/103, "Content requirements" 7/96, "Content evaluation and review requirements" 7/63, "Content accessibility requirements" 4/61, "Quality requirements and usability principles" 4/007, "General requirements" 3/12, and "Requirements for alignment with artificial intelligence" 2/.601
Conclusion: To determine the importance of each content management component from the perspective of specialists in the informatics sector and managers of subsidiary companies of the Ministry of Energy, a model was presented for an integrated content management system on the Ministry's websites after analyzing the components and transforming them into new factors through exploratory and confirmatory factor analysis
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