A structural equation method for improving customer satisfaction of e-commerce websites using the hybrid approach of QFD and WebQual

M. Ershadi, M. Sadeghi, A. Azizi
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Abstract

The present study has provided a framework in order to improve the satisfaction of users of e-commerce sites using quality function deployment (QFD) and WebQual instruments. A structural equation model (SEM) has been developed in order to determine the significance of each aspect of the WebQual model and its significance weight. This study has evaluated the satisfaction of users with the quality of website content, transaction quality and security, usability and service interaction quality, and provided the solutions to improve these factors in form of the QFD method. Results showed the transaction quality and security has the highest priority for improvement. Among all the customers' requirements, the indicators such as a wide range of exchanges, preserving privacy, ease of transaction, the right format, ease of search, the usefulness of transactions, and finally the clear and understandable interactions should be placed in a higher priority for improvement by management.
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利用QFD和WebQual的混合方法提高电子商务网站客户满意度的结构方程方法
本研究提供了一个框架,以提高电子商务网站的用户满意度,使用质量功能部署(QFD)和WebQual工具。为了确定WebQual模型各方面的重要性及其重要性权重,我们开发了一个结构方程模型(SEM)。本研究评估了用户对网站内容质量、交易质量和安全性、可用性和服务交互质量的满意度,并以QFD方法的形式提供了改善这些因素的解决方案。结果表明,交易质量和安全性具有最高的改进优先级。在所有客户的需求中,交易范围广、保护隐私、交易方便、格式正确、搜索方便、交易有用、最后是交互清晰易懂等指标应该被管理层放在更优先的位置进行改进。
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来源期刊
International Journal of Quality Engineering and Technology
International Journal of Quality Engineering and Technology Engineering-Safety, Risk, Reliability and Quality
CiteScore
0.40
自引率
0.00%
发文量
1
期刊介绍: IJQET fosters the exchange and dissemination of research publications aimed at the latest developments in all areas of quality engineering. The thrust of this international journal is to publish original full-length articles on experimental and theoretical basic research with scholarly rigour. IJQET particularly welcomes those emerging methodologies and techniques in concise and quantitative expressions of the theoretical and practical engineering and science disciplines.
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