Collaborative Research: Animated Agents in Self-Administered Surveys

协作研究：自我管理调查中的动画代理

• 批准号: 0551300
• 负责人: Frederick Conrad
• 金额: $ 19万
• 依托单位: Regents of the University of Michigan - Ann Arbor
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2005
• 资助国家: 美国
• 起止时间: 2005-10-01 至 2010-09-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0551300&HistoricalAwards=false
• 关键词: Collaborative; Research; Animated; Agents; Self

This project examines the impact of animated or conversational agent technology on web-based surveys. Animated agents are anthropomorphic software objects in the user interface that, in their most advanced implementations, produce gestures, display facial expressions, and move their eyes in coordination with their speech. They have been shown to improve user performance in some task domains (e.g. tutoring). When might this technology help or hurt survey data quality and respondents' satisfaction? How sophisticated must the agents be in order to provide benefit--or harm? In a web survey, an agent might motivate respondents to participate and complete the task, much like human interviewers do, and help respondents understand the survey questions as intended while allowing respondents to participate at their convenience, as in ordinary web surveys. On the other hand, the presence of an agent might discourage honest responding to questions about sensitive topics, much as human interviewers have been shown to do. In this project a series of laboratory experiments examine more and less human-like agents that ask questions about respondents' sensitive and non-sensitive behaviors. The studies contrast data quality and user satisfaction in non-agent web surveys to those with interface agents that vary in their dialogue capability, the degree to which they provide visual and spoken cues about their internal states, and the degree of intentionality in their speech. The agents are simulated with software that converts a video image of a live interviewer into an animation in real time; respondents thus believe they are interacting with a computer-generated agent even though there is actually a human behind the "agent." In the experiments about non-sensitive behaviors, respondents answer on the basis of fictional scenarios so that the accuracy of their answers can be determined. One possible outcome is that agents with greater dialogue capability will promote interactions that lead to more accurate understanding and thus more accurate answers. In the experiments about sensitive behaviors, respondents answer about their own lives; more reports of sensitive behaviors indicate greater respondent candor. One possible outcome is that agents with more movement (lips, eyes, and eyebrows) will lead respondents to feel less private and therefore to answer less candidly than with agents whose movement is limited. Respondents' satisfaction is measured with a post-interview questionnaire; the impact of different agent features on how respondents communicate with the survey system is measured by detailed turn-by-turn coding of all dialogue.The practical impact of this work will be more informed decisions by survey researchers in adopting agent technology. Knowing when agents help and what features help the most can focus decisions about what interfaces to develop and which ones not to develop. For example, if dialogue capability is more important to data quality and user satisfaction than other agent features, this could focus future development efforts on conversational competence of agents more than on visual realism. The theoretical impact of the proposed work will be in two areas. First, it will deepen our understanding of how verbal and non-verbal communication are interconnected, for example how verbal interaction is affected by the fidelity of the agents' facial display. Second, by comparing human-computer and human-human interaction the project will advance knowledge of how attributions of intentionality and human agency affect interaction more generally. This research is supported by the Methodology, Measurement, and Statistics Program and a consortium of federal statistical agencies as part of a joint activity to support research on survey and statistical methodology.

这个项目研究动画或会话代理技术对基于网络的调查的影响。 动画代理是用户界面中的拟人化软件对象，在其最高级的实现中，产生手势，显示面部表情，并与他们的语音协调地移动他们的眼睛。 它们已被证明可以提高用户在某些任务领域（例如辅导）的表现。 这项技术什么时候会帮助或损害调查数据质量和受访者的满意度？ 为了提供利益或伤害，代理人必须有多复杂？ 在网络调查中，代理可能会激励受访者参与并完成任务，就像人类面试官一样，并帮助受访者理解预期的调查问题，同时允许受访者在方便的时候参与，就像普通的网络调查一样。 另一方面，代理人的存在可能会阻碍诚实回答有关敏感话题的问题，就像人类面试官所做的那样。 在这个项目中，一系列的实验室实验检查了更多和更少的类人代理，询问有关受访者的敏感和非敏感行为的问题。 这些研究对比了非代理网络调查中的数据质量和用户满意度，以及那些具有不同对话能力的界面代理的用户满意度，他们提供有关其内部状态的视觉和口头线索的程度，以及他们讲话的意向性程度。 这些代理人是用软件模拟的，该软件将现场采访者的视频图像转换成真实的动画;因此，受访者认为他们正在与计算机生成的代理人互动，即使“代理人”背后实际上有一个人。“在关于非敏感行为的实验中，受访者根据虚构的场景回答，以便确定他们回答的准确性。 一个可能的结果是，具有更强对话能力的智能体将促进互动，从而导致更准确的理解，从而更准确的答案。 在关于敏感行为的实验中，受访者回答了他们自己的生活;更多的敏感行为报告表明受访者更坦率。 一个可能的结果是，有更多运动（嘴唇，眼睛和眉毛）的代理将导致受访者感到不那么私密，因此回答不那么坦率，而不是运动有限的代理。 受访者的满意度是衡量与采访后的问卷调查，不同的代理功能对受访者如何与调查系统沟通的影响是衡量详细的回合编码的所有dialogue.The实际影响这项工作将更明智的决定调查研究人员在采用代理技术。 了解代理何时提供帮助以及哪些功能帮助最大，可以集中决策开发哪些接口以及不开发哪些接口。 例如，如果对话能力是更重要的数据质量和用户满意度比其他代理功能，这可能会集中在未来的开发工作的代理会话能力比视觉现实主义。 拟议工作的理论影响将体现在两个方面。 首先，它将加深我们对语言和非语言沟通如何相互联系的理解，例如语言互动如何受到代理人面部表情的保真度的影响。 第二，通过比较人机和人与人的互动，该项目将进一步了解意向性和人类代理的属性如何更普遍地影响互动。 这项研究得到了方法、测量和统计方案以及联邦统计机构联合会的支持，作为支持调查和统计方法研究的联合活动的一部分。