help研究问题可穿戴健康设备与日常感知这种结合织物电极与压缩服技术的方法能否保证高质量的健康数据采集?CHI '22ARGONAUT: An Inclusive Design Process for Wearable Health Monitoring Systems
help研究问题可穿戴健康设备与日常感知ARGONAUT在动态活动中对运动伪影的控制性能如何?CHI '22ARGONAUT: An Inclusive Design Process for Wearable Health Monitoring Systems
lightbulb现实痛点可穿戴健康设备与日常感知现有穿戴式健康监测设备适配女性生理结构差,使用舒适性和数据质量较低。CHI '22ARGONAUT: An Inclusive Design Process for Wearable Health Monitoring Systems
help研究问题可穿戴健康设备与日常感知如何利用智能手表中的内置传感器检测睡眠呼吸暂停?UbiComp '21ApneaDetector: Detecting Sleep Apnea with Smartwatches
help研究问题可穿戴健康设备与日常感知怎样通过信号去噪和数据标定提取呼吸相关的关键特征?UbiComp '21ApneaDetector: Detecting Sleep Apnea with Smartwatches
help研究问题可穿戴健康设备与日常感知基于机器学习的智能手表系统在检测睡眠呼吸暂停方面的准确性如何?UbiComp '21ApneaDetector: Detecting Sleep Apnea with Smartwatches
lightbulb现实痛点可穿戴健康设备与日常感知睡眠呼吸暂停诊断昂贵且难以普及,许多人未能被诊断。UbiComp '21ApneaDetector: Detecting Sleep Apnea with Smartwatches
help研究问题可穿戴健康设备与日常感知在阅读文学作品时,如何通过非侵入性的方法准确捕获用户的情感反应?UbiComp '21Using Smart Eyewear to Sense Electrodermal Activity While Reading
help研究问题可穿戴健康设备与日常感知智能眼镜在检测前额皮肤电活动(EDA)方面的准确性和一致性如何与传统指尖方法相比?UbiComp '21Using Smart Eyewear to Sense Electrodermal Activity While Reading
help研究问题可穿戴健康设备与日常感知使用长篇文本(如短篇小说)激发的情感能否通过EDA进行有效分析?UbiComp '21Using Smart Eyewear to Sense Electrodermal Activity While Reading
lightbulb现实痛点可穿戴健康设备与日常感知用户在日常阅读中难以量化和理解自己的情感反应。UbiComp '21Using Smart Eyewear to Sense Electrodermal Activity While Reading
help研究问题可穿戴健康设备与日常感知如何利用无线信号在非接触条件下准确提取用户的心率变异性以监测压力?UbiComp '21WiStress: Contactless Stress Monitoring Using Wireless Signals
help研究问题可穿戴健康设备与日常感知WiStress系统如何在用户自由活动条件下仍然可靠地消除运动伪影并推断压力水平?UbiComp '21WiStress: Contactless Stress Monitoring Using Wireless Signals
help研究问题可穿戴健康设备与日常感知多维特征集成框架如何在现实时环境中增强压力分类的鲁棒性?UbiComp '21WiStress: Contactless Stress Monitoring Using Wireless Signals
lightbulb现实痛点可穿戴健康设备与日常感知现有的压力监测方法(如穿戴设备或自我报告)不适合日常使用。UbiComp '21WiStress: Contactless Stress Monitoring Using Wireless Signals
help研究问题可穿戴健康设备与日常感知如何利用穿戴设备的生理信号区分冥想状态与自发性静息(非冥想放松状态)?UbiComp '21Meditation Detection Using Sensors from Wearable Devices
help研究问题可穿戴健康设备与日常感知哪些生理信号及其特征对冥想状态的分类准确性贡献最大?UbiComp '21Meditation Detection Using Sensors from Wearable Devices
help研究问题可穿戴健康设备与日常感知哪种机器学习模型在冥想状态检测任务中表现最佳?UbiComp '21Meditation Detection Using Sensors from Wearable Devices
lightbulb现实痛点可穿戴健康设备与日常感知用户缺乏实时工具来客观评估冥想效果,难以科学管理心理健康。UbiComp '21Meditation Detection Using Sensors from Wearable Devices
help研究问题可穿戴健康设备与日常感知如何通过射频能量采集实现无需穿戴设备的人类活动识别?UbiComp '21A Simple and Fast Human Activity Recognition System Using Radio Frequency Energy Harvesting
help研究问题可穿戴健康设备与日常感知能否通过减少特征数量和使用轻量分类器实现低计算成本的活动识别系统?UbiComp '21A Simple and Fast Human Activity Recognition System Using Radio Frequency Energy Harvesting
help研究问题可穿戴健康设备与日常感知多分类器集成方法是否能提高相似活动模式的识别准确度?UbiComp '21A Simple and Fast Human Activity Recognition System Using Radio Frequency Energy Harvesting
lightbulb现实痛点可穿戴健康设备与日常感知用户不愿佩戴设备且活动识别系统通常计算成本高。UbiComp '21A Simple and Fast Human Activity Recognition System Using Radio Frequency Energy Harvesting
help研究问题可穿戴健康设备与日常感知如何利用可穿戴设备实时检测患者的阿片类药物使用事件?UbiComp '21OpiTrack: A Wearable-based Clinical Opioid Use Tracker with Temporal Convolutional Attention Networks
help研究问题可穿戴健康设备与日常感知通道-时间注意力机制如何提升多模态生理信号中阿片类药物使用模式的检测准确性?UbiComp '21OpiTrack: A Wearable-based Clinical Opioid Use Tracker with Temporal Convolutional Attention Networks
help研究问题可穿戴健康设备与日常感知如何优化分类和时间预测任务以更精确定位阿片类药物使用时间?UbiComp '21OpiTrack: A Wearable-based Clinical Opioid Use Tracker with Temporal Convolutional Attention Networks
lightbulb现实痛点可穿戴健康设备与日常感知患者难以实时监测阿片类药物使用,导致过量或依赖风险增加UbiComp '21OpiTrack: A Wearable-based Clinical Opioid Use Tracker with Temporal Convolutional Attention Networks
help研究问题可穿戴健康设备与日常感知智能手机可以生成比传统设备更低成本但同样可靠的角膜地形图吗?UbiComp '21SmartKC: Smartphone-based Corneal Topographer for Keratoconus Detection
help研究问题可穿戴健康设备与日常感知有哪些算法可以提高智能手机检测圆锥角膜的准确性和质量?UbiComp '21SmartKC: Smartphone-based Corneal Topographer for Keratoconus Detection
help研究问题可穿戴健康设备与日常感知如何通过移动应用减少用户在拍摄角膜图像时的操作错误?UbiComp '21SmartKC: Smartphone-based Corneal Topographer for Keratoconus Detection
lightbulb现实痛点可穿戴健康设备与日常感知低收入地区缺乏经济实惠的尖端设备来检测圆锥角膜,导致盲症高发。UbiComp '21SmartKC: Smartphone-based Corneal Topographer for Keratoconus Detection
help研究问题可穿戴健康设备与日常感知热身游戏的目标是什么?它们如何在身体、社交和心理层面发挥作用?CHI '21Physical Warm-up Games. Exploring the Potential of Play and Technology Design
help研究问题可穿戴健康设备与日常感知如何通过技术增强热身游戏的趣味性和效果?CHI '21Physical Warm-up Games. Exploring the Potential of Play and Technology Design
help研究问题可穿戴健康设备与日常感知可穿戴设备在热身游戏中能否有效提高参与者的动作质量和互动性?CHI '21Physical Warm-up Games. Exploring the Potential of Play and Technology Design
lightbulb现实痛点可穿戴健康设备与日常感知热身游戏作用不明,无法有效激发参与兴趣。CHI '21Physical Warm-up Games. Exploring the Potential of Play and Technology Design
help研究问题可穿戴健康设备与日常感知如何为主流游戏平台(如PC和游戏主机)设计更深度整合游戏机制的可穿戴设备?CHI '21Towards the Next Generation of Gaming Wearables
help研究问题可穿戴健康设备与日常感知参与式设计如何提升游戏可穿戴设备的用户体验与社会互动能力?CHI '21Towards the Next Generation of Gaming Wearables
help研究问题可穿戴健康设备与日常感知在游戏可穿戴设备中,如何实现动作感应和情感驱动交互的最佳结合?CHI '21Towards the Next Generation of Gaming Wearables
lightbulb现实痛点可穿戴健康设备与日常感知现有游戏可穿戴设备功能单一,与主流游戏平台兼容性有限。CHI '21Towards the Next Generation of Gaming Wearables
help研究问题可穿戴健康设备与日常感知如何构建一个设计空间,系统性地指导体育和健身穿戴设备的设计?CHI '21The Design Space of Wearables for Sports and Fitness Practices
help研究问题可穿戴健康设备与日常感知体育和健身穿戴设备应该如何兼顾技术、使用场景和社会协作需求?CHI '21The Design Space of Wearables for Sports and Fitness Practices
help研究问题可穿戴健康设备与日常感知如何通过改进设计增强用户对健身穿戴设备的长期使用体验?CHI '21The Design Space of Wearables for Sports and Fitness Practices
lightbulb现实痛点可穿戴健康设备与日常感知健身穿戴设备缺乏长期吸引力,数据难懂且罕有社交功能。CHI '21The Design Space of Wearables for Sports and Fitness Practices
help研究问题可穿戴健康设备与日常感知伪装的身体变化(如伪眼泪)能否触发情绪感染并同时影响佩戴者与观察者?CHI '21Teardrop Glasses: Pseudo Tears Induce Sadness in You and Those Around You
help研究问题可穿戴健康设备与日常感知伪眼泪与真实身体变化对情绪感知有何不同效果?CHI '21Teardrop Glasses: Pseudo Tears Induce Sadness in You and Those Around You
help研究问题可穿戴健康设备与日常感知如何设计可有效诱发情绪感染的可穿戴伪哭装置?CHI '21Teardrop Glasses: Pseudo Tears Induce Sadness in You and Those Around You
lightbulb现实痛点可穿戴健康设备与日常感知群体情绪干预难以通过个体的情绪装置影响他人。CHI '21Teardrop Glasses: Pseudo Tears Induce Sadness in You and Those Around You