help研究问题道路参与者行为与风险感知现有的驾驶员分心测量方法如何影响真实驾驶环境的生态效度和构念效度?CHI '25Evaluating In-Car Tasks’ Distraction Effects with Drive-In Lab
help研究问题道路参与者行为与风险感知基于“保持安全跟车距离”,能否更好地评估认知和视觉分心对驾驶风险的影响?CHI '25Evaluating In-Car Tasks’ Distraction Effects with Drive-In Lab
help研究问题道路参与者行为与风险感知不同车辆UI设计中的交互任务对驾驶员分心的影响是否存在显著差异?CHI '25Evaluating In-Car Tasks’ Distraction Effects with Drive-In Lab
lightbulb现实痛点道路参与者行为与风险感知驾驶员很难评估复杂电动车中车辆UI是否增加交通事故风险。CHI '25Evaluating In-Car Tasks’ Distraction Effects with Drive-In Lab
help研究问题道路参与者行为与风险感知自动渡轮在高风险交通场景中如何影响用户的安全感和信任感?CHI '25Mind the Kayak! Informing UX Design of Autonomous Vehicles through Edge Case Testing in the Field
help研究问题道路参与者行为与风险感知与虚拟模拟相比,真实交通场景试验能否更好地揭示用户的交互体验?CHI '25Mind the Kayak! Informing UX Design of Autonomous Vehicles through Edge Case Testing in the Field
help研究问题道路参与者行为与风险感知如何设计外部人机界面(eHMI)以提升自动渡轮的透明度和用户信任?CHI '25Mind the Kayak! Informing UX Design of Autonomous Vehicles through Edge Case Testing in the Field
lightbulb现实痛点道路参与者行为与风险感知乘客对自主渡轮的安全性和透明度存在疑虑,难以全面信任这一技术。CHI '25Mind the Kayak! Informing UX Design of Autonomous Vehicles through Edge Case Testing in the Field
help研究问题道路参与者行为与风险感知如何通过低成本传感器装置实时量化汽车与骑行者的冒险超车事件?CHI '25ProxiCycle : Passively Mapping Cyclist Safety Using Smart Handlebars for Near-Miss Detection
help研究问题道路参与者行为与风险感知ProxiCycle的传感器设计和数据处理方法在检测近距离超车事件上的准确性如何?CHI '25ProxiCycle : Passively Mapping Cyclist Safety Using Smart Handlebars for Near-Miss Detection
help研究问题道路参与者行为与风险感知基于ProxiCycle数据生成的热点分布如何与历史自行车交通事故数据和用户感知安全性相关联?CHI '25ProxiCycle : Passively Mapping Cyclist Safety Using Smart Handlebars for Near-Miss Detection
lightbulb现实痛点道路参与者行为与风险感知骑行者担心与机动车的碰撞,因此不愿选择骑车出行。CHI '25ProxiCycle : Passively Mapping Cyclist Safety Using Smart Handlebars for Near-Miss Detection
help研究问题道路参与者行为与风险感知现有的车载传感器如何预测安全超车视距以减少农村道路上的交通事故?CHI '25You Shall Not Pass: Warning Drivers of Unsafe Overtaking Maneuvers on Country Roads by Predicting Safe Sight Distance
help研究问题道路参与者行为与风险感知“监视模式”和“计划模式”在提升驾驶员的安全决策中有何差异?CHI '25You Shall Not Pass: Warning Drivers of Unsafe Overtaking Maneuvers on Country Roads by Predicting Safe Sight Distance
help研究问题道路参与者行为与风险感知一种无需高端传感器的超车辅助系统能否改善驾驶体验和安全性?CHI '25You Shall Not Pass: Warning Drivers of Unsafe Overtaking Maneuvers on Country Roads by Predicting Safe Sight Distance
lightbulb现实痛点道路参与者行为与风险感知驾驶员在农村道路中难以判断是否安全超车,存在极高危险性。CHI '25You Shall Not Pass: Warning Drivers of Unsafe Overtaking Maneuvers on Country Roads by Predicting Safe Sight Distance
help研究问题道路参与者行为与风险感知如何在多模态数据(视觉、行为、文本)之间建立语义对应关系以理解电动滑板车的自然骑行行为?UbiComp '24Beyond "Taming Electric Scooters": Disentangling Understandings of Micromobility Naturalistic Riding
help研究问题道路参与者行为与风险感知多模态学习是否能提升电动滑板车驾驶情境下的行为识别和语义分析的性能?UbiComp '24Beyond "Taming Electric Scooters": Disentangling Understandings of Micromobility Naturalistic Riding
help研究问题道路参与者行为与风险感知如何设计可解释性的多任务学习模型以支持多样化的微出行应用场景?UbiComp '24Beyond "Taming Electric Scooters": Disentangling Understandings of Micromobility Naturalistic Riding
lightbulb现实痛点道路参与者行为与风险感知骑行者和周围交通的互动复杂性增加了滑板车使用的安全风险。UbiComp '24Beyond "Taming Electric Scooters": Disentangling Understandings of Micromobility Naturalistic Riding
help研究问题道路参与者行为与风险感知如何利用智能手表心率数据和GPS定位数据非侵入式地检测驾驶中的压力触发点?UbiComp '24Dodging Stress: Non-Intrusive Stressor Mapping While Driving
help研究问题道路参与者行为与风险感知驾驶中哪些道路特征(例如交通灯、拥堵)与压力感知相关?UbiComp '24Dodging Stress: Non-Intrusive Stressor Mapping While Driving
help研究问题道路参与者行为与风险感知通过众包数据,如何识别既具普适性又具个性化的驾驶压力触发点?UbiComp '24Dodging Stress: Non-Intrusive Stressor Mapping While Driving
lightbulb现实痛点道路参与者行为与风险感知驾驶者在行驶中难以预测和避免引发压力的道路特征。UbiComp '24Dodging Stress: Non-Intrusive Stressor Mapping While Driving
help研究问题道路参与者行为与风险感知行人对行走过程中的安全感知有哪些特征?CHI '24Understanding Pedestrians’ Perception of Safety and Safe Mobility Practices
help研究问题道路参与者行为与风险感知行人规划和进行行走时采用了哪些现有的安全管理实践?CHI '24Understanding Pedestrians’ Perception of Safety and Safe Mobility Practices
help研究问题道路参与者行为与风险感知行人的身份特征(如性别、年龄)如何与行走场景共同影响其安全感知?CHI '24Understanding Pedestrians’ Perception of Safety and Safe Mobility Practices
lightbulb现实痛点道路参与者行为与风险感知行人担心行走时的安全风险,尤其在性别、年龄等身份特征影响下。CHI '24Understanding Pedestrians’ Perception of Safety and Safe Mobility Practices
help研究问题道路参与者行为与风险感知如何利用IMU数据实现电动滑板车(E-scooter)自然场景下的骑行行为识别?UbiComp '23Naturalistic E-Scooter Maneuver Recognition with Federated Contrastive Rider Interaction Learning
help研究问题道路参与者行为与风险感知在不侵犯数据隐私的前提下,异步联邦学习方法是否能提升识别模型的精度和效率?UbiComp '23Naturalistic E-Scooter Maneuver Recognition with Federated Contrastive Rider Interaction Learning
help研究问题道路参与者行为与风险感知监督对比学习如何帮助改善骑行行为分类嵌入的区分度?UbiComp '23Naturalistic E-Scooter Maneuver Recognition with Federated Contrastive Rider Interaction Learning
lightbulb现实痛点道路参与者行为与风险感知滑板车骑行事故频发,需要更安全的骑行行为分析技术。UbiComp '23Naturalistic E-Scooter Maneuver Recognition with Federated Contrastive Rider Interaction Learning
help研究问题道路参与者行为与风险感知如何通过融合多种传感器数据和道路网络信息提高交通模式识别的准确性?UbiComp '23Road Network Enhanced Transportation Mode Recognition with an Ensemble Machine Learning Model
help研究问题道路参与者行为与风险感知在处理数据采样频率不一致和数据缺失时,哪些特征工程技术最有效?UbiComp '23Road Network Enhanced Transportation Mode Recognition with an Ensemble Machine Learning Model
help研究问题道路参与者行为与风险感知集成哪些机器学习模型能够最优地识别不同的交通模式?UbiComp '23Road Network Enhanced Transportation Mode Recognition with an Ensemble Machine Learning Model
lightbulb现实痛点道路参与者行为与风险感知用户的交通模式难以准确识别,影响智慧城市规划和个性化服务。UbiComp '23Road Network Enhanced Transportation Mode Recognition with an Ensemble Machine Learning Model
help研究问题道路参与者行为与风险感知如何通过微动感测系统识别和分析骑行者的骑行风格?UbiComp '22A Micro-mobility Sensing System to Portray Riding Styles
help研究问题道路参与者行为与风险感知头部动作(安全检查)与骑行操作行为(比如转向)之间有什么关联?UbiComp '22A Micro-mobility Sensing System to Portray Riding Styles
help研究问题道路参与者行为与风险感知头盔和车把传感器的数据结合是否能够全面描述骑行行为并检测潜在的危险驾驶?UbiComp '22A Micro-mobility Sensing System to Portray Riding Styles
lightbulb现实痛点道路参与者行为与风险感知微出行中,不安全骑行行为增加了交通安全隐患。UbiComp '22A Micro-mobility Sensing System to Portray Riding Styles
help研究问题道路参与者行为与风险感知如何利用低成本的无源RFID标签实现可靠的非接触式路面感知?UbiComp '22On the Feasibility of Securing Vehicle-Pavement Interaction
help研究问题道路参与者行为与风险感知信号抵消算法如何避免多路径效应以获取清晰的路面信号?UbiComp '22On the Feasibility of Securing Vehicle-Pavement Interaction
help研究问题道路参与者行为与风险感知无源RFID系统在城市和住宅区域的路面感知性能如何评估?UbiComp '22On the Feasibility of Securing Vehicle-Pavement Interaction
lightbulb现实痛点道路参与者行为与风险感知高成本传感器在恶劣天气下表现不佳,影响路面感知和驾驶安全。UbiComp '22On the Feasibility of Securing Vehicle-Pavement Interaction
help研究问题道路参与者行为与风险感知配备倒计时计时器的外部通信是否会引发行人的危险行为?CHI '22Effects of Pedestrian Behavior, Time Pressure, and Repeated Exposure on Crossing Decisions in Front of Automated Vehicles Equipped with External Communication
lightbulb现实痛点道路参与者行为与风险感知行人在智能交通环境中与自动驾驶车辆的互动安全感不足。CHI '22Effects of Pedestrian Behavior, Time Pressure, and Repeated Exposure on Crossing Decisions in Front of Automated Vehicles Equipped with External Communication
help研究问题道路参与者行为与风险感知多模态方法如何提升驾驶分心行为的检测和识别能力?IUI '21Understanding Driving Distractions: A Multimodal Analysis on Distraction Characterization
help研究问题道路参与者行为与风险感知哪些视觉动作单元和生理信号特征最能有效区分不同类型的驾驶分心?IUI '21Understanding Driving Distractions: A Multimodal Analysis on Distraction Characterization
help研究问题道路参与者行为与风险感知晚期融合方法在驾驶分心识别任务中为何表现稳定?IUI '21Understanding Driving Distractions: A Multimodal Analysis on Distraction Characterization
lightbulb现实痛点道路参与者行为与风险感知驾驶时的认知和情绪分心难以用现有方法准确检测,增加事故风险。IUI '21Understanding Driving Distractions: A Multimodal Analysis on Distraction Characterization