聊天机器人
服务补救
归属
服务(商务)
责备
顾客满意度
心理学
知识管理
社会化媒体
服务设计
服务提供商
客户参与度
服务交付框架
计算机科学
表情符号
感知
应用心理学
概念模型
消费者行为
客户保留
用户生成的内容
作者
Wen-Shan Lin,Hsiu-Yu Hung,Tharapat Maneesai
出处
期刊:Journal of Hospitality and Tourism Technology
[Emerald Publishing Limited]
日期:2026-02-20
卷期号:: 1-28
标识
DOI:10.1108/jhtt-03-2025-0227
摘要
Purpose Given the importance of chatbots in service failures recoveries, this paper aims to explore how chatbots, powered by advanced technologies to handle customer complaints with personalized and contextual responses. This study investigates the impact of artificial intelligence (AI) chatbot communication styles and blame attributions on customer perceptions of re-patronage intentions in airline service context. Design/methodology/approach A 2 (chatbot interaction style: social vs task-oriented) × 2 (blame attribution: high vs low) between-subject experimental design was conducted, data were collected from 382 participants (inspired by theories of social penetration, attribution and perceived justice). ANOVA and structural equation modeling was used to test the hypotheses. Findings This study demonstrates that blame attribution in chatbot-mediated service recovery critically shapes perceived service climate, whereas emoji implementation (social-oriented communication) provides limited value. Customer satisfaction areareth chatbot services is positively impacted by perceived justice, which also significantly increases re-patronage intentions. Furthermore, thoughtful chatbot design enhances service recovery efficacy, elevates satisfaction and strengthens loyalty, collectively optimizing customer experiences for airline operators. Originality/value This research pioneers a transformative paradigm in tourism service recovery, demonstrating that contextually calibrated communication substantially elevates perceived service climate across high and low blame-attribution failures. These findings deliver actionable frameworks for industry practitioners: Advanced chatbot systems optimize customer experiences, enhance operational efficiency and strengthen service recovery performance through dynamically calibrated communication strategies aligned with failure severity and attribution contexts.
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