lightbulb现实痛点语音、面部与身体姿态输入设计师缺乏能动态呈现、可调控色彩变化的生物界面材料。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通过将文本片段物化为交互对象来解决跨工具的信息孤岛问题?CHI '22Passages: Interacting with Text Across Documents
help研究问题语音、面部与身体姿态输入跨文档工作流程中,如何更有效地跟踪和管理文本的溯源信息?CHI '22Passages: Interacting with Text Across Documents
help研究问题语音、面部与身体姿态输入知识工作者在处理复杂文档集时,哪些模块功能能够提高效率并减少认知负担?CHI '22Passages: Interacting with Text Across Documents
lightbulb现实痛点语音、面部与身体姿态输入知识工作者处理多个相关文档时,难以高效管理和追踪文本溯源。CHI '22Passages: Interacting with Text Across Documents
help研究问题语音、面部与身体姿态输入中国公民对数字防疫追踪技术的接受度受到哪些文化因素的影响?CHI '22Cultural Influences on Chinese Citizens' Adoption of Digital Contact Tracing: A Human Infrastructure Perspective
help研究问题语音、面部与身体姿态输入集体主义和儒家思想如何塑造用户对数字防疫追踪技术的态度和行为?CHI '22Cultural Influences on Chinese Citizens' Adoption of Digital Contact Tracing: A Human Infrastructure Perspective
help研究问题语音、面部与身体姿态输入在疫情背景下,摩擦如何作为基础设施运行风险感知的指标?CHI '22Cultural Influences on Chinese Citizens' Adoption of Digital Contact Tracing: A Human Infrastructure Perspective
lightbulb现实痛点语音、面部与身体姿态输入用户在文化背景不同的情况下,难以广泛接受数字防疫追踪技术。CHI '22Cultural Influences on Chinese Citizens' Adoption of Digital Contact Tracing: A Human Infrastructure Perspective
help研究问题语音、面部与身体姿态输入不同类型的商业温度传感器在动态城市环境中是否准确可靠?CHI '22Investigating and Validating On-body Temperature Sensors for Personal Heat Exposure Tracking
help研究问题语音、面部与身体姿态输入穿戴位置如何影响人体温度传感器的测量准确性?CHI '22Investigating and Validating On-body Temperature Sensors for Personal Heat Exposure Tracking
help研究问题语音、面部与身体姿态输入城市中的高温微气候(如曝晒的停车场)对传感器性能有何影响?CHI '22Investigating and Validating On-body Temperature Sensors for Personal Heat Exposure Tracking
lightbulb现实痛点语音、面部与身体姿态输入城市居民难以准确评估个人的热暴露风险。CHI '22Investigating and Validating On-body Temperature Sensors for Personal Heat Exposure Tracking
help研究问题语音、面部与身体姿态输入如何结合自由手绘与高分辨率打印,在普通表面上即时制造电子电路和传感器?CHI '22Print-A-Sketch: A Handheld Printer for Physical Sketching of Circuits and Sensors on Everyday Surfaces
help研究问题语音、面部与身体姿态输入哪些技术可以支持用户实时调整打印参数,以适应不同材料的表面特性?CHI '22Print-A-Sketch: A Handheld Printer for Physical Sketching of Circuits and Sensors on Everyday Surfaces
help研究问题语音、面部与身体姿态输入手持打印设备能否在大尺寸或不规则表面上生成高精度的功能性电路?CHI '22Print-A-Sketch: A Handheld Printer for Physical Sketching of Circuits and Sensors on Everyday Surfaces
lightbulb现实痛点语音、面部与身体姿态输入设计师难以在非传统材料上快速制作复杂电子界面。CHI '22Print-A-Sketch: A Handheld Printer for Physical Sketching of Circuits and Sensors on Everyday Surfaces
help研究问题语音、面部与身体姿态输入如何通过光线追踪技术预测室内无电池传感器的光能收集潜力?UbiComp '21Indoor Battery-Free Sensor Light Energy Prediction Based on Ray Tracing
help研究问题语音、面部与身体姿态输入室内复杂光照环境的光学特性如何影响光能预测的精度?UbiComp '21Indoor Battery-Free Sensor Light Energy Prediction Based on Ray Tracing
help研究问题语音、面部与身体姿态输入如何优化室内无电池传感器的部署以最大化能量收集效率?UbiComp '21Indoor Battery-Free Sensor Light Energy Prediction Based on Ray Tracing
lightbulb现实痛点语音、面部与身体姿态输入室内传感器更换电池成本高,光能模型无法高效预测室内光能。UbiComp '21Indoor Battery-Free Sensor Light Energy Prediction Based on Ray Tracing
help研究问题语音、面部与身体姿态输入如何高效收集基于可穿戴传感器的多样化人类活动数据?UbiComp '21SenseCollect: We Need Efficient Ways to Collect On-body Sensor-based Human Activity Data!
help研究问题语音、面部与身体姿态输入实时反馈和激励机制如何提高传感器数据的质量和收集效率?UbiComp '21SenseCollect: We Need Efficient Ways to Collect On-body Sensor-based Human Activity Data!
help研究问题语音、面部与身体姿态输入影响可穿戴数据收集效率和质量的关键因素是什么?UbiComp '21SenseCollect: We Need Efficient Ways to Collect On-body Sensor-based Human Activity Data!
lightbulb现实痛点语音、面部与身体姿态输入传统传感器数据收集效率低、质量差,难以支持大规模应用。UbiComp '21SenseCollect: We Need Efficient Ways to Collect On-body Sensor-based Human Activity Data!
help研究问题语音、面部与身体姿态输入DANA框架如何适应传感器数据输入维度的动态变化?UbiComp '21DANA: Dimension-Adaptive Neural Architecture for Multivariate Sensor Data
help研究问题语音、面部与身体姿态输入在更改传感器组合和采样率时,DANA能否保持分类准确性和效率?UbiComp '21DANA: Dimension-Adaptive Neural Architecture for Multivariate Sensor Data
help研究问题语音、面部与身体姿态输入DANA是否比现有方法更高效地处理多传感器数据的动态适应需求?UbiComp '21DANA: Dimension-Adaptive Neural Architecture for Multivariate Sensor Data
lightbulb现实痛点语音、面部与身体姿态输入移动设备传感器动态变化导致深度模型难以高效适配。UbiComp '21DANA: Dimension-Adaptive Neural Architecture for Multivariate Sensor Data
help研究问题语音、面部与身体姿态输入如何通过物理化设计增强用户对有声书的感知和所有权?CHI '21ADIO: An Interactive Artifact Physically Representing the Intangible Digital Audiobook Listening Experience in Everyday Living Spaces
help研究问题语音、面部与身体姿态输入怎样将数字有声书的体验融入用户的日常生活空间?CHI '21ADIO: An Interactive Artifact Physically Representing the Intangible Digital Audiobook Listening Experience in Everyday Living Spaces
help研究问题语音、面部与身体姿态输入物理化设计能否帮助用户更好地追踪和记忆有声书的内容?CHI '21ADIO: An Interactive Artifact Physically Representing the Intangible Digital Audiobook Listening Experience in Everyday Living Spaces
lightbulb现实痛点语音、面部与身体姿态输入用户常因缺乏实体感而忽视或遗忘数字有声书。CHI '21ADIO: An Interactive Artifact Physically Representing the Intangible Digital Audiobook Listening Experience in Everyday Living Spaces
help研究问题语音、面部与身体姿态输入如何利用生成对抗网络(GAN)从低分辨率电容图像生成8倍超分辨率的触摸接触区域?CHI '21CapContact: Super-resolution Contact Areas from Capacitive Touchscreens
help研究问题语音、面部与身体姿态输入在电容屏上,CapContact如何以较低分辨率准确区分紧邻的触点?CHI '21CapContact: Super-resolution Contact Areas from Capacitive Touchscreens
help研究问题语音、面部与身体姿态输入如何在保持低分辨率传感器硬件成本的情况下,最大化触摸输入的准确性和自然性?CHI '21CapContact: Super-resolution Contact Areas from Capacitive Touchscreens
lightbulb现实痛点语音、面部与身体姿态输入现有电容屏难以准确识别触点接触区域,影响用户操作体验。CHI '21CapContact: Super-resolution Contact Areas from Capacitive Touchscreens
help研究问题语音、面部与身体姿态输入Faded Parsons Problems(渐变帕森斯题目)是否有助于编程模式的学习和应用?CHI '21Improving Instruction of Programming Patterns with Faded Parsons Problems
help研究问题语音、面部与身体姿态输入相比代码追踪和代码书写,Faded Parsons Problems在哪些方面更有效提升编程技能?CHI '21Improving Instruction of Programming Patterns with Faded Parsons Problems
help研究问题语音、面部与身体姿态输入在初学者课程中,如何高效地支持编程模式的学习且无需大规模调整课程?CHI '21Improving Instruction of Programming Patterns with Faded Parsons Problems
lightbulb现实痛点语音、面部与身体姿态输入初学者难以习得和应用高阶编程模式。CHI '21Improving Instruction of Programming Patterns with Faded Parsons Problems