IoT Based Smart Health Monitoring with CNN Using Edge Computing

  • Vimal, S.
  • Robinson, Y. Harold
  • Kadry, Seifedine
  • Hoang Viet Long
  • Nam, Yunyoung
Citations

WEB OF SCIENCE

33
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56

초록

In the last years, healthcare monitoring has followed a great upwards grown compared to the past decade with the intrusion of the Internet of Things (IoT). The IoT based health paradigm has a vibrant role in health care services to enhance data processing and data prediction. Fall accidents are common in the elderly persons. IoT with Artificial Intelligence (AI) provides a major paradigm to predict the human control, to analyze the cause of human tendency. Fall detection is a major prevailing need with the elderly person, and in order to mitigate this problem an AI based deep Convolutional neural network is proposed to analyze the cause of falling. The deep convolution neural network has been proposed together with the fog and edge computing to analyze the health monitoring tasks. This work analyses the architecture and motions of the persons for fall detection with the sensor nodes. An experimental study is carried out with a benchmark dataset and the higher accuracy in the classification is obtained with this proposal in the simulation results.

키워드

IoTHealth careAIConvolution neural networkFall detectionFALL DETECTIONREAL-TIMEACTIVITY RECOGNITIONSYSTEMPREDICTION
제목
IoT Based Smart Health Monitoring with CNN Using Edge Computing
저자
Vimal, S.Robinson, Y. HaroldKadry, SeifedineHoang Viet LongNam, Yunyoung
DOI
10.3966/160792642021012201017
발행일
2021
유형
Article
저널명
Journal of Internet Technology
22
1
페이지
173 ~ 185