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移动通知个性化管理:认知负荷与信息需求的平衡方法
Empowering Individual Preferences in Mobile Notifications
| 作者 | Jaehwan Kim · Sangkeun Park |
| 期刊 | IEEE Access |
| 出版日期 | 2025年1月 |
| 技术分类 | 储能系统技术 |
| 技术标签 | 储能系统 |
| 相关度评分 | ★★★★ 4.0 / 5.0 |
| 关键词 | 智能手机通知 用户驱动配置系统 通知管理 个性化 数字健康 |
语言:
中文摘要
过多智能手机通知会干扰工作流程并加剧疲劳。本文提出用户驱动的通知接收模式配置系统,包含三种可定制模式:即时、使用中和按需,使用户能够在应用和关键词级别确定接收通知的方式和时间。两周实地研究表明,该系统有效减少通知量,降低习惯性查看手机行为,并保持稳定的使用时间。参与者报告智能手机成瘾评分和通知疲劳度下降。研究讨论个性化通知管理在促进健康设备使用和心理健康方面的广泛意义,强调精细定制如何减轻过度刺激、支持数字健康并为未来通知系统提供设计启示。
English Abstract
Excessive smartphone notifications can disrupt workflows and intensify fatigue. Although existing approaches have made significant progress in reducing interruptions using sensor- or context-based timing, less attention has been paid to personal preferences and mental fatigue. To address these limitations, we propose a user-driven notification-reception mode configuration system with three customizable modes (Immediate, While in Use, and On Demand), enabling users to determine how and when they receive notifications at both the app and keyword levels. In a two-week field study with 26 participants, our system effectively reduced notification volume, lowered habitual phone-checking, and maintained stable usage times. Additionally, the participants reported decreases in smartphone addiction scores and notification fatigue. Finally, we discuss the broader significance of personalized notification management in promoting healthier device engagement and mental well-being, emphasizing how fine-grained customization can mitigate overstimulation, support digital wellness, and provide design implications for future notification systems.
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SunView 深度解读
该通知管理技术可应用于阳光电源智慧运维平台的告警优化。阳光iSolarCloud平台监控海量光伏储能设备,运维人员面临大量设备告警和通知。该研究的个性化通知策略可集成到阳光运维APP,根据告警优先级、设备类型和用户角色智能推送通知。结合阳光EMS能量管理系统的智能诊断功能,该技术可减少误报和低优先级告警干扰,提升运维效率。通过精准通知管理,降低运维人员认知负荷,提高关键故障的响应速度和处理质量。