个性化
独创性
概念模型
计算机科学
心理学
广告
业务
万维网
社会心理学
数据库
创造力
作者
Brijesh Sivathanu,Rajasshrie Pillai,Bhimaraya Metri
出处
期刊:International Journal of Retail & Distribution Management
[Emerald (MCB UP)]
日期:2022-09-14
卷期号:51 (1): 124-145
被引量:20
标识
DOI:10.1108/ijrdm-12-2021-0583
摘要
Purpose The purpose of this study was to investigate the online shopping intention of customers by watching artificial intelligence (AI)–based deepfake video advertisements using media richness (MR) theory and Information Manipulation Theory 2 (IMT2). Design/methodology/approach A conceptual model was developed to understand customers' online shopping intention by watching deepfake videos. A quantitative survey was conducted among the 1,180 customers using a structured questionnaire to test the conceptual model, and data were analyzed with partial least squares structural equation modeling. Findings The outcome of this research provides the antecedents of the online shopping intention of customers after watching AI-based deepfake videos. These antecedents are MR, information manipulation tactics, personalization and perceived trust. Perceived deception negatively influences customers' online shopping intention, and cognitive load has no effect. It also elucidates the manipulation tactics used by the managers to develop AI-based deepfake videos. Practical implications The distinctive model that emerged is insightful for senior executives and managers in the e-commerce and retailing industry to understand the influence of AI-based deepfake videos. This provides the antecedents of online shopping intention due to deepfakes, which are helpful for designers, marketing managers and developers. Originality/value The authors amalgamate the MR and IMT2 theory to understand the online shopping intention of the customers after watching AI-based deepfake videos. This work is a pioneer in examining the effect of AI-based deepfakes on the online shopping intention of customers by providing a framework that is empirically validated.
科研通智能强力驱动
Strongly Powered by AbleSci AI