I-Corps: Social Gaze for Software Agents and Robots

I-Corps：软件代理和机器人的社交凝视

• 批准号: 1355874
• 负责人: Robin Murphy
• 金额: $ 5万
• 依托单位: Texas A&M Engineering Experiment Station
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2014
• 资助国家: 美国
• 起止时间: 2014-02-01 至 2014-07-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1355874&HistoricalAwards=false
• 关键词: Corps; Social; Gaze; Software; Agents

This proposal further develops a software package that autonomously generates head and eye movements, in a virtual assistant or social robot synchronized with real-time speech for "human-like" conversation. Existing solutions use preprogrammed head and eye movements for conversation, as current technology cannot synchronize head and eye gaze for real-time speech. The proposed technology can be used in interactive open-ended conversations and can adapt to gender and culture of the conversation partner. This project presents three contributions to human-computer and human-robot interaction. First, autonomous generation of head and eye gaze in a virtual assistant or social robot synchronized with real-time speech for open-ended interactive conversations. Second, the front end of the social agent responsible for gesture generation is completely independent of the back end knowledge base; hence deployments of virtual assistant or social robot solutions are easier, cheaper, and faster. Third, the technology enables generation of social gaze sensitive to gender and culture. The broader impact of the project include the validated benefits of the technology for end users, such as increased social acceptance, increased positive feelings, increased engagement, improved understandability, and superior likeability. Stemming from encouraging initial discussions with end users the proposed technology may be transformative in a large number of markets like video games, online marketing, web customer service, telepresence, telemedicine, entertainment, eldercare, and healthcare.A successful deployment of the technology may result in substantial cost savings to organizations that deploy virtual assistant or social robot solutions, and increased revenues for the vendors of these solutions due to accelerated consumer adoption.

该提案进一步开发了一个软件包，该软件包可以在虚拟助手或社交机器人中自动生成头部和眼睛的运动，并与实时语音同步，以进行“类人”对话。现有的解决方案使用预先编程的头部和眼睛运动进行对话，因为当前的技术不能同步头部和眼睛凝视以进行实时语音。所提出的技术可以用于交互式开放式会话，并且可以适应会话伙伴的性别和文化。 该项目提出了三个贡献，人机和人机交互。首先，在虚拟助手或社交机器人中自主生成头部和眼睛凝视，与实时语音同步，用于开放式交互对话。其次，负责手势生成的社交代理的前端完全独立于后端知识库;因此虚拟助手或社交机器人解决方案的部署更容易，更便宜，更快。第三，这项技术能够产生对性别和文化敏感的社会凝视。该项目的更广泛影响包括该技术为最终用户带来的经验证的好处，例如提高社会接受度，增加积极感受，增加参与度，提高可理解性和上级可爱性。源于鼓励与最终用户的初步讨论，所提出的技术可能在大量市场中具有变革性，如视频游戏，在线营销，网络客户服务，远程呈现，远程医疗，娱乐，老年人护理和医疗保健。该技术的成功部署可能会为部署虚拟助理或社交机器人解决方案的组织节省大量成本，并且由于消费者加速采用这些解决方案而增加了这些解决方案的供应商的收入。