lightbulb现实痛点对话代理与聊天机器人设计用户在敏感领域的长时间互动中,往往面临对话僵化或生成内容不可靠的问题。CUI '23HyLECA: A Framework for Developing Hybrid Long-term Engaging Controlled Conversational Agents
help研究问题对话代理与聊天机器人设计对话代理(Conversational Agents, CAs)的设计中,哪些技术和社会技术挑战对实践者构成主要障碍?CUI '23Trends, Challenges and Processes in Conversational Agent Design: Exploring Practitioners' Views through Semi-Structured Interviews
help研究问题对话代理与聊天机器人设计学术研究中有哪些对话代理设计的创新没有被实践者有效采用?CUI '23Trends, Challenges and Processes in Conversational Agent Design: Exploring Practitioners' Views through Semi-Structured Interviews
help研究问题对话代理与聊天机器人设计如何弥合对话代理设计领域的研究与实践差距?CUI '23Trends, Challenges and Processes in Conversational Agent Design: Exploring Practitioners' Views through Semi-Structured Interviews
lightbulb现实痛点对话代理与聊天机器人设计从业者在设计对话代理时缺乏标准化流程和技术支持工具。CUI '23Trends, Challenges and Processes in Conversational Agent Design: Exploring Practitioners' Views through Semi-Structured Interviews
help研究问题对话代理与聊天机器人设计如何通过低成本EEG设备实现精准的多机器人脑控互动?UbiComp '23DeepBrain: Enabling Fine-grain Brain-Robot Interaction through Human-Centered Learning of Coarse EEG Signals from Low-cost Devices
help研究问题对话代理与聊天机器人设计结合元学习和Transformer模型,如何提升小样本EEG信号分类的跨用户适应性?UbiComp '23DeepBrain: Enabling Fine-grain Brain-Robot Interaction through Human-Centered Learning of Coarse EEG Signals from Low-cost Devices
help研究问题对话代理与聊天机器人设计如何利用边缘计算实现低延迟的脑控系统,同时保护数据隐私?UbiComp '23DeepBrain: Enabling Fine-grain Brain-Robot Interaction through Human-Centered Learning of Coarse EEG Signals from Low-cost Devices
lightbulb现实痛点对话代理与聊天机器人设计行动障碍者难以经济高效地完成日常小任务。UbiComp '23DeepBrain: Enabling Fine-grain Brain-Robot Interaction through Human-Centered Learning of Coarse EEG Signals from Low-cost Devices
help研究问题对话代理与聊天机器人设计对话技术结合数字设备在哪些家庭生活领域能够促进可持续行为?CUI '22CANDY: a framework to design Conversational AgeNts for Domestic sustainabilitY
help研究问题对话代理与聊天机器人设计如何构建一个框架来设计有助于家庭可持续性的对话代理系统?CUI '22CANDY: a framework to design Conversational AgeNts for Domestic sustainabilitY
help研究问题对话代理与聊天机器人设计对话代理和物联网设备的协作如何更有效地优化家庭行为?CUI '22CANDY: a framework to design Conversational AgeNts for Domestic sustainabilitY
lightbulb现实痛点对话代理与聊天机器人设计家庭环境中难以使用科技有效降低能耗和减少浪费。CUI '22CANDY: a framework to design Conversational AgeNts for Domestic sustainabilitY
help研究问题对话代理与聊天机器人设计如何利用非线性效应实现对工业机器人的非侵入式异常检测?UbiComp '22Non-intrusive Anomaly Detection of Industrial Robot Operations by Exploiting Nonlinear Effect
help研究问题对话代理与聊天机器人设计非侵入式的机器人安全监控系统在环境噪音和复杂操作下能否保持高效?UbiComp '22Non-intrusive Anomaly Detection of Industrial Robot Operations by Exploiting Nonlinear Effect
help研究问题对话代理与聊天机器人设计如何通过回散射信号特征检测工业机器人中的活跃攻击和运动异常?UbiComp '22Non-intrusive Anomaly Detection of Industrial Robot Operations by Exploiting Nonlinear Effect
lightbulb现实痛点对话代理与聊天机器人设计工业机器人易受网络攻击,可能导致工厂效率下降和经济损失。UbiComp '22Non-intrusive Anomaly Detection of Industrial Robot Operations by Exploiting Nonlinear Effect
help研究问题对话代理与聊天机器人设计如何设计能够在圆柱形地形(如手臂、工业管道、树枝)上高效移动的软体机器人?CHI '22KnitSkin: Machine-Knitted Scaled Skin for Locomotion
help研究问题对话代理与聊天机器人设计如何利用机织技术与仿生鳞片结构实现方向性摩擦并推动机器人移动?CHI '22KnitSkin: Machine-Knitted Scaled Skin for Locomotion
help研究问题对话代理与聊天机器人设计鳞片几何参数(如长度、密度、排列)如何影响机器人在不同材料和地形上的适应能力?CHI '22KnitSkin: Machine-Knitted Scaled Skin for Locomotion
lightbulb现实痛点对话代理与聊天机器人设计圆柱形地形上的移动设备适配性差,难以应用于健康监测或工业巡检。CHI '22KnitSkin: Machine-Knitted Scaled Skin for Locomotion
help研究问题对话代理与聊天机器人设计不同类型(示例式和规则式)和时机(任务开始时、任务前、故障后、按需)组合的指导能否提升用户的任务完成效率和对话进展?CHI '22How to Guide Task-oriented Chatbot Users, and When: A Mixed-methods Study of Combinations of Chatbot Guidance Types and Timings
help研究问题对话代理与聊天机器人设计用户如何主观评价不同指导类型和时机的组合?CHI '22How to Guide Task-oriented Chatbot Users, and When: A Mixed-methods Study of Combinations of Chatbot Guidance Types and Timings
help研究问题对话代理与聊天机器人设计用户更偏好哪些指导类型和时机的特点?CHI '22How to Guide Task-oriented Chatbot Users, and When: A Mixed-methods Study of Combinations of Chatbot Guidance Types and Timings
lightbulb现实痛点对话代理与聊天机器人设计用户与任务型聊天机器人的对话容易因误解或表达识别失败而中断。CHI '22How to Guide Task-oriented Chatbot Users, and When: A Mixed-methods Study of Combinations of Chatbot Guidance Types and Timings
help研究问题对话代理与聊天机器人设计用户的哪些交互特征会导致他们放弃任务型聊天机器人服务?CUI '21Tell Me When Users Leave: Predicting Users’ Abandonment of A Task-Oriented Chatbot Service using Explainable Deep Learning
help研究问题对话代理与聊天机器人设计能否在不依赖用户最后几条消息的情况下预测用户的聊天中断?CUI '21Tell Me When Users Leave: Predicting Users’ Abandonment of A Task-Oriented Chatbot Service using Explainable Deep Learning
help研究问题对话代理与聊天机器人设计注意力机制模型与BERT模型在用户放弃预测中各有什么优势和局限性?CUI '21Tell Me When Users Leave: Predicting Users’ Abandonment of A Task-Oriented Chatbot Service using Explainable Deep Learning
lightbulb现实痛点对话代理与聊天机器人设计用户频繁中断聊天机器人对话,导致服务体验受挫。CUI '21Tell Me When Users Leave: Predicting Users’ Abandonment of A Task-Oriented Chatbot Service using Explainable Deep Learning
help研究问题对话代理与聊天机器人设计如何设计一个能够在暗网上收集证据的智能聊天机器人?CUI '21Towards a Chatbot for Evidence Gathering on the Dark Web
help研究问题对话代理与聊天机器人设计该聊天机器人如何克服当前暗网取证中的技术和时间限制?CUI '21Towards a Chatbot for Evidence Gathering on the Dark Web
help研究问题对话代理与聊天机器人设计聊天机器人是否能够通过模拟人类交互来提高暗网证据收集的效率和可靠性?CUI '21Towards a Chatbot for Evidence Gathering on the Dark Web
lightbulb现实痛点对话代理与聊天机器人设计执法人员难以在暗网上高效、快速地收集犯罪证据。CUI '21Towards a Chatbot for Evidence Gathering on the Dark Web
help研究问题对话代理与聊天机器人设计CUI(对话用户界面)的命名如何影响研究者、设计者和用户对技术的理解和期望?CUI '21What’s in a name and does CUI matter?