Monitoring Social Distancing by Smart Phone App in the effect of COVID-19

Article ID

CSTSDE99113

Monitoring Social Distancing by Smart Phone App in the effect of COVID-19

Dr. Neelavathy Pari S
Dr. Neelavathy Pari S Anna University
Balaji Vasu
Balaji Vasu
Geetha A V
Geetha A V
DOI

Abstract

Social distancing measures are necessary for many infectious diseases that spreads through droplets and microdroplets. According to WHO, the preventive measure for COVID-19 is to follow strict social distancing. It is not easy to enforce social distance easily in a crowded region and people often not maintain sufficient distance with neighbours. Driven by the need for energy-efficient and cost-effective social distancing monitoring, this paper proposes Smart Social Distancing (SSD) mobile application based monitoring, which can predict the social distancing between two people assisted by mobile bluetooth and mobile camera. SSD involves two major steps to predict the social distance: first the pedestrian in the video frames is identified with the aid of Deep Learning (DL) and in the second step, distance between the two pedestrian is estimated through image processing techniques. The application can also be configured to calculate the distance using Bluetooth Low Energy (BLE) by calculating its received signal strength. The application demonstrates 85% accuracy on predicting the social distancing and alert the user using beep sound or alert message

Monitoring Social Distancing by Smart Phone App in the effect of COVID-19

Social distancing measures are necessary for many infectious diseases that spreads through droplets and microdroplets. According to WHO, the preventive measure for COVID-19 is to follow strict social distancing. It is not easy to enforce social distance easily in a crowded region and people often not maintain sufficient distance with neighbours. Driven by the need for energy-efficient and cost-effective social distancing monitoring, this paper proposes Smart Social Distancing (SSD) mobile application based monitoring, which can predict the social distancing between two people assisted by mobile bluetooth and mobile camera. SSD involves two major steps to predict the social distance: first the pedestrian in the video frames is identified with the aid of Deep Learning (DL) and in the second step, distance between the two pedestrian is estimated through image processing techniques. The application can also be configured to calculate the distance using Bluetooth Low Energy (BLE) by calculating its received signal strength. The application demonstrates 85% accuracy on predicting the social distancing and alert the user using beep sound or alert message

Dr. Neelavathy Pari S
Dr. Neelavathy Pari S Anna University
Balaji Vasu
Balaji Vasu
Geetha A V
Geetha A V

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Dr. Neelavathy Pari S. 2020. “. Global Journal of Computer Science and Technology – C: Software & Data Engineering GJCST-C Volume 20 (GJCST Volume 20 Issue C2): .

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Journal Specifications

Crossref Journal DOI 10.17406/gjcst

Print ISSN 0975-4350

e-ISSN 0975-4172

Issue Cover
GJCST Volume 20 Issue C2
Pg. 43- 51
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GJCST-C Classification: H.4.0
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Monitoring Social Distancing by Smart Phone App in the effect of COVID-19

Dr. Neelavathy Pari S
Dr. Neelavathy Pari S Anna University
Balaji Vasu
Balaji Vasu
Geetha A V
Geetha A V

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