江毅：Make chatbots more adaptive: Dual pathways linking human-like cues and tailored response to trust in interactions with chatbots.
我校欧洲杯押注官网江毅老师在T1级别期刊——《Computers in Human Behavior》上发表题为“Make chatbots more adaptive: Dual pathways linking human-like cues and tailored response to trust in interactions with chatbots”。论文第一作者江毅为欧洲杯押注官网副教授。
Abstract /摘要：
As one of the most popular AI applications, chatbots are creating new ways and value for businesses to interact with their customers, and their adoption and continued use will depend on users’ trust. However, due to the non-transparent of AI-related technology and the ambiguity of application boundaries, it is difficult to determine which aspects enhance the adaptation of chatbots and how they interactively affect human trust. Based on the theory of task-technology fit, we developed a research model to investigate how two conversational cues of chatbots, human-like cues and tailored responses, influence human trust toward chatbots and to explore appropriate boundary conditions (individual characteristics and task characteristics) in interacting with chatbots. One survey and two experiments were performed to test the research model, and the results indicated that (1) perceived task solving competence and social presence mediate the pathway from conversational cues to human trust, which was validated in the context of e-commerce and education; (2) the extent of users’ ambiguity tolerance moderates the effects of two conversational cues on social presence; and (3) when performing high-creative tasks, the human-like chatbot induces higher perceived task solving competence. Our findings not only contribute to the AI trust-related literature but also provide practical implications for the development of chatbots and their assignment to individuals and tasks.
论文信息;
Title/题目:
Make chatbots more adaptive: Dual pathways linking human-like cues and tailored response to trust in interactions with chatbots
Authors/作者:
Jiang Yi;Yang Xiangcheng;Zheng Tianqi
Keywords /关键词
Chatbot;Trust;Human-like cues;Task-technology fit;Ambiguity tolerance;Tailored response
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