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<p>With the increasing aging of the population, the problem of old-age care is increasingly prominent. In China, 21.3% (Five-year prediction of the trend of deep aging), this study proposes a smart home-based elderly service system based on the intelligent building system. Pass "Three-dimensional linkage" Architecture (home—community—medical vertical continuity + security/environment/lighting horizontal integration + edge—cloud collaboration), integration Smoke Innovative technologies such as identification algorithm (misald alarm rate 0.7%) and enhanced learning lighting control (energy saving 35%). In order to solve"9073"The problem of home-based old-age care in the old-age care model provides technical solutions. Solving the problem of old-age care caused by population aging is of great practical significance.</p>

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Integration of multi-modal fusion and edge computing in smart elderly care system for intelligent buildings

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年2月26日

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  • Lili Zhang,
  • Yuhang Li,
  • Hong Li,
  • Fen Zhou,
  • Xia Liu

摘要

With the increasing aging of the population, the problem of old-age care is increasingly prominent. In China, 21.3% (Five-year prediction of the trend of deep aging), this study proposes a smart home-based elderly service system based on the intelligent building system. Pass "Three-dimensional linkage" Architecture (home—community—medical vertical continuity + security/environment/lighting horizontal integration + edge—cloud collaboration), integration Smoke Innovative technologies such as identification algorithm (misald alarm rate 0.7%) and enhanced learning lighting control (energy saving 35%). In order to solve"9073"The problem of home-based old-age care in the old-age care model provides technical solutions. Solving the problem of old-age care caused by population aging is of great practical significance.