论文标题
使用在线客户评论对国内机器人失败进行分类,预测和了解
Using Online Customer Reviews to Classify, Predict, and Learn about Domestic Robot Failures
论文作者
论文摘要
关于机器人在国内环境中发生的失败类型以及这些故障如何影响客户体验的知识差距。我们通过其中描述的机器人故障对亚马逊的小型功利国内机器人进行了10,072份客户评论,将失败分为十二种和三种类型(技术,互动和服务)。我们确定了文献中先前忽略的失败的来源和类型,将其结合到更新的故障分类法中。我们分析了它们与客户星级评级的频率和关系。结果表明,对于功利主义的国内机器人,技术故障比互动或服务失败更具客户体验。通常报告了任务完成和鲁棒性和弹性的问题,并且具有最大的负面影响。未来的预防和响应策略应解决机器人实现功能目标,操作和维持结构完整性的技术能力。可用性和互动设计对客户体验的不利影响,表明客户可能更宽容地影响了这些方面对机器人和所检查的实际用途的影响。此外,我们开发了一种自然语言处理模型,能够预测客户评论是否包含描述失败类型的内容及其描述的失败类型。有了这些知识,机器人系统的设计师和研究人员可以优先考虑设计和开发工作的基本问题。
There is a knowledge gap regarding which types of failures robots undergo in domestic settings and how these failures influence customer experience. We classified 10,072 customer reviews of small utilitarian domestic robots on Amazon by the robotic failures described in them, grouping failures into twelve types and three categories (Technical, Interaction, and Service). We identified sources and types of failures previously overlooked in the literature, combining them into an updated failure taxonomy. We analyzed their frequencies and relations to customer star ratings. Results indicate that for utilitarian domestic robots, Technical failures were more detrimental to customer experience than Interaction or Service failures. Issues with Task Completion and Robustness & Resilience were commonly reported and had the most significant negative impact. Future failure-prevention and response strategies should address the technical ability of the robot to meet functional goals, operate and maintain structural integrity over time. Usability and interaction design were less detrimental to customer experience, indicating that customers may be more forgiving of failures that impact these aspects for the robots and practical uses examined. Further, we developed a Natural Language Processing model capable of predicting whether a customer review contains content that describes a failure and the type of failure it describes. With this knowledge, designers and researchers of robotic systems can prioritize design and development efforts towards essential issues.