help研究问题语音、面部与身体姿态输入如何通过传感技术感知社会认知状态来加速知识传递的效率?UbiComp '23Accelerating Knowledge Transfer by Sensing and Actuating Social-Cognitive States
help研究问题语音、面部与身体姿态输入哪些传感器和行为分析方法能够准确识别知识传递中的细节行为(如点头、微笑、讲话)?UbiComp '23Accelerating Knowledge Transfer by Sensing and Actuating Social-Cognitive States
help研究问题语音、面部与身体姿态输入实时反馈机制如何在知识传递中优化教育和工作场景的效率?UbiComp '23Accelerating Knowledge Transfer by Sensing and Actuating Social-Cognitive States
lightbulb现实痛点语音、面部与身体姿态输入教育与工作场景中知识传递耗时长且效率低。UbiComp '23Accelerating Knowledge Transfer by Sensing and Actuating Social-Cognitive States
help研究问题语音、面部与身体姿态输入低成本传感器在低标注数据场景中如何实现高效校准?UbiComp '23CaliFormer: Leveraging Unlabeled Measurements to Calibrate Sensors with Self-supervised Learning
help研究问题语音、面部与身体姿态输入自监督学习如何在传感器测量的时空表示中达到高效的校准效果?UbiComp '23CaliFormer: Leveraging Unlabeled Measurements to Calibrate Sensors with Self-supervised Learning
help研究问题语音、面部与身体姿态输入Transformer架构如何应用于传感器测量中的多对多校准?UbiComp '23CaliFormer: Leveraging Unlabeled Measurements to Calibrate Sensors with Self-supervised Learning
lightbulb现实痛点语音、面部与身体姿态输入低成本传感器因漂移和噪声难以提供准确的环境监测数据。UbiComp '23CaliFormer: Leveraging Unlabeled Measurements to Calibrate Sensors with Self-supervised Learning
help研究问题语音、面部与身体姿态输入如何有效整合机器学习和深度学习技术来提高SHL(交通模式识别)任务的性能?UbiComp '23Enhanced SHL Recognition Using Machine Learning and Deep Learning Models with Multi-source Data
help研究问题语音、面部与身体姿态输入地理信息数据(如OpenStreetMap)的引入如何影响SHL任务的分类性能?UbiComp '23Enhanced SHL Recognition Using Machine Learning and Deep Learning Models with Multi-source Data
help研究问题语音、面部与身体姿态输入在支持多源传感器数据的条件下,如何解决采样频率和时间对齐问题以增强交通模式识别的鲁棒性和准确性?UbiComp '23Enhanced SHL Recognition Using Machine Learning and Deep Learning Models with Multi-source Data
lightbulb现实痛点语音、面部与身体姿态输入用户在复杂环境中难以通过现有技术精确识别交通模式。UbiComp '23Enhanced SHL Recognition Using Machine Learning and Deep Learning Models with Multi-source Data
help研究问题语音、面部与身体姿态输入在现场戏剧表演中,如何测量演员与观众之间的互动同步性?UbiComp '23Measuring Interaction Synchrony Between Actors and Audience in Live Theater Performances Using Wearable Sensors
help研究问题语音、面部与身体姿态输入穿戴传感器能否捕捉自然的社交互动而不干扰参与者的体验?UbiComp '23Measuring Interaction Synchrony Between Actors and Audience in Live Theater Performances Using Wearable Sensors
help研究问题语音、面部与身体姿态输入哪些特定表演阶段或时刻会导致演员与观众之间同步性的变化?UbiComp '23Measuring Interaction Synchrony Between Actors and Audience in Live Theater Performances Using Wearable Sensors
lightbulb现实痛点语音、面部与身体姿态输入传统实验室研究难以真实反映现场互动场景的复杂性。UbiComp '23Measuring Interaction Synchrony Between Actors and Audience in Live Theater Performances Using Wearable Sensors
help研究问题语音、面部与身体姿态输入如何设计一个独立的触觉渲染设备,以提供高保真、低延迟的材料体验?CHI '23Haptic Servos: Self-Contained Vibrotactile Rendering System for Creating or Augmenting Material Experiences
help研究问题语音、面部与身体姿态输入振动反馈如何影响用户对材料特性的感知和交互?CHI '23Haptic Servos: Self-Contained Vibrotactile Rendering System for Creating or Augmenting Material Experiences
lightbulb现实痛点语音、面部与身体姿态输入设计师难以便捷地模拟和调整产品的材料触感。CHI '23Haptic Servos: Self-Contained Vibrotactile Rendering System for Creating or Augmenting Material Experiences
help研究问题语音、面部与身体姿态输入如何利用表面声波(SAWs)实现高精度的表面事件识别?CHI '23SAWSense: Using Surface Acoustic Waves for Surface-bound Event Recognition
help研究问题语音、面部与身体姿态输入能否通过数据增强和特征转换提高不同用户和材料间的识别性能?CHI '23SAWSense: Using Surface Acoustic Waves for Surface-bound Event Recognition
help研究问题语音、面部与身体姿态输入表面声波传感方法相比传统传感器在复杂声学环境中有哪些优势?CHI '23SAWSense: Using Surface Acoustic Waves for Surface-bound Event Recognition
lightbulb现实痛点语音、面部与身体姿态输入传统传感器在噪声环境中难以准确识别触摸和活动。CHI '23SAWSense: Using Surface Acoustic Waves for Surface-bound Event Recognition
help研究问题语音、面部与身体姿态输入如何利用传感器输入,使视频时间轴成为设计交互的核心材料?CHI '23Escapement: A Tool for Interactive Prototyping with Video via Sensor-Mediated Abstraction of Time
help研究问题语音、面部与身体姿态输入视频原型如何通过跨设备和多屏幕交互支持快速迭代设计?CHI '23Escapement: A Tool for Interactive Prototyping with Video via Sensor-Mediated Abstraction of Time
help研究问题语音、面部与身体姿态输入能否降低交互式视频原型开发过程中的技术门槛,从而让设计师快速验证概念?CHI '23Escapement: A Tool for Interactive Prototyping with Video via Sensor-Mediated Abstraction of Time
lightbulb现实痛点语音、面部与身体姿态输入设计师难以通过视频原型灵活探索动态交互设计。CHI '23Escapement: A Tool for Interactive Prototyping with Video via Sensor-Mediated Abstraction of Time
help研究问题语音、面部与身体姿态输入航空器维护中,不同数据流(传感器数据、维护日志等)的可用性如何?UbiComp '22The Connected Hangar: Ubiquitous Computing and Aircraft Maintenance
help研究问题语音、面部与身体姿态输入如何利用普适计算技术(如物联网设备和智能传感器)解决数据不完整性和异质性问题?UbiComp '22The Connected Hangar: Ubiquitous Computing and Aircraft Maintenance
help研究问题语音、面部与身体姿态输入评估子系统级和全流程视角能否优化预测性维护策略?UbiComp '22The Connected Hangar: Ubiquitous Computing and Aircraft Maintenance
lightbulb现实痛点语音、面部与身体姿态输入航空器维护中的数据流质量和一致性不足,导致维护决策复杂且低效。UbiComp '22The Connected Hangar: Ubiquitous Computing and Aircraft Maintenance
help研究问题语音、面部与身体姿态输入语音助手在提供细粒度的超本地(社区级)信息服务时会面临哪些挑战?UbiComp '22The City as a Personal Assistant: Turning Urban Landmarks into Conversational Agents for Serving Hyper Local Information
help研究问题语音、面部与身体姿态输入如何设计一种隐私友好的平台来实时提供超本地信息?UbiComp '22The City as a Personal Assistant: Turning Urban Landmarks into Conversational Agents for Serving Hyper Local Information
help研究问题语音、面部与身体姿态输入嵌入传感器的城市地标如何作为会话代理支持环境与社区信息交互?UbiComp '22The City as a Personal Assistant: Turning Urban Landmarks into Conversational Agents for Serving Hyper Local Information
lightbulb现实痛点语音、面部与身体姿态输入用户难以获取实时、超本地的社区和环境信息,如街道安全或空气质量。UbiComp '22The City as a Personal Assistant: Turning Urban Landmarks into Conversational Agents for Serving Hyper Local Information
help研究问题语音、面部与身体姿态输入如何利用分布式声学设备监测空间温度分布?UbiComp '22VECTOR: Velocity Based Temperature-field Monitoring with Distributed Acoustic Devices
help研究问题语音、面部与身体姿态输入声音速度与温度场的物理关系如何转化为精确的温度分布监测方法?UbiComp '22VECTOR: Velocity Based Temperature-field Monitoring with Distributed Acoustic Devices
help研究问题语音、面部与身体姿态输入多路径声学反射能在何种程度上提高温度分布测量的精确性?UbiComp '22VECTOR: Velocity Based Temperature-field Monitoring with Distributed Acoustic Devices
lightbulb现实痛点语音、面部与身体姿态输入传统温度传感器和红外技术无法快速、低成本监测大规模温度分布。UbiComp '22VECTOR: Velocity Based Temperature-field Monitoring with Distributed Acoustic Devices
help研究问题语音、面部与身体姿态输入如何从嵌入移动设备中的加速度传感器捕获的非声学振动信号中重建人类语音?UbiComp '22AccMyrinx: Speech Synthesis with Non-Acoustic Sensor
help研究问题语音、面部与身体姿态输入能否通过生成对抗网络(GAN)提高由低采样率信号生成的语音的质量和清晰度?UbiComp '22AccMyrinx: Speech Synthesis with Non-Acoustic Sensor
help研究问题语音、面部与身体姿态输入使用何种数据对齐和增强技术可以弥补加速度传感器采样频率的局限性?UbiComp '22AccMyrinx: Speech Synthesis with Non-Acoustic Sensor
lightbulb现实痛点语音、面部与身体姿态输入手机扬声器可能泄露隐私,通过振动信号说出完整语音缺乏方法。UbiComp '22AccMyrinx: Speech Synthesis with Non-Acoustic Sensor
help研究问题语音、面部与身体姿态输入交互式球面地图投影能否降低地理任务的错误率并提升用户体验?CHI '22GAN'SDA Wrap: Geographic And Network Structured DAta on surfaces that Wrap around
help研究问题语音、面部与身体姿态输入球面和环面布局是否在网络数据任务(如聚类识别和路径追踪)中优于平面布局?CHI '22GAN'SDA Wrap: Geographic And Network Structured DAta on surfaces that Wrap around
help研究问题语音、面部与身体姿态输入自动旋转优化算法如何减少球面网络布局中的边交叉问题?CHI '22GAN'SDA Wrap: Geographic And Network Structured DAta on surfaces that Wrap around
lightbulb现实痛点语音、面部与身体姿态输入用户难以准确解读球面地图和复杂网络的空间布局。CHI '22GAN'SDA Wrap: Geographic And Network Structured DAta on surfaces that Wrap around
help研究问题语音、面部与身体姿态输入Flavobacteria(黄杆菌)的结构色如何在交互界面中动态变化并受环境因素调控?CHI '22Flavorium: An Exploration of Flavobacteria’s Living Aesthetics for Living Color Interfaces
help研究问题语音、面部与身体姿态输入如何为Flavobacteria创建稳定的长期培养环境以支持其在交互设计中的应用?CHI '22Flavorium: An Exploration of Flavobacteria’s Living Aesthetics for Living Color Interfaces
help研究问题语音、面部与身体姿态输入Flavobacteria能否作为动态色彩媒介用于数字数据的表达或用户行为追踪?CHI '22Flavorium: An Exploration of Flavobacteria’s Living Aesthetics for Living Color Interfaces