Title

Technical Papers Session III: Comprehensive and comparative study of drowning person detection and rescue systems

Abstract/Description

Drowning is the leading cause of death for the past few years because of this. It has become a severe problem for progressive countries. This article is the extensive surveys of current progress made towards the swimming pool rescue systems by using different techniques. Different aspects of human drowning systems are discussed here with their core technologies and applications. Various methodologies have been adopted for autonomous swimming pool safety with their intelligent control systems. Different detection and rescue techniques like motion detection, pressure sensing, image processing, heartbeat sensing, video-based detection, HSV based detection, and LASER-LDR mechanism have been used. Our analysis, which aims to provide a broad state-of-the-art review of the field which also addresses different challenges related to these systems and applications. Additionally, in this evaluation, several applications are debated in excessive detail. This article is the scrutiny of used approaches and an intermingling which can quickly and accurately implemented. Finally, after surveying the territory, we have also mentioned the future scope of research which can be fulfilled the requirements of the domestic swimming pools. At the end we also proposed our model which can satisfy all the flaws present in the existing pool rescue systems.

Location

Room C9 (Aman Tower, 3rd floor)

Session Theme

Technical Papers Session III - Computer Vision

Session Type

Parallel Technical Session

Session Chair

Dr. Asim Ur Rehman Khan

Start Date

16-11-2019 2:50 PM

End Date

16-11-2019 3:10 PM

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Nov 16th, 2:50 PM Nov 16th, 3:10 PM

Technical Papers Session III: Comprehensive and comparative study of drowning person detection and rescue systems

Room C9 (Aman Tower, 3rd floor)

Drowning is the leading cause of death for the past few years because of this. It has become a severe problem for progressive countries. This article is the extensive surveys of current progress made towards the swimming pool rescue systems by using different techniques. Different aspects of human drowning systems are discussed here with their core technologies and applications. Various methodologies have been adopted for autonomous swimming pool safety with their intelligent control systems. Different detection and rescue techniques like motion detection, pressure sensing, image processing, heartbeat sensing, video-based detection, HSV based detection, and LASER-LDR mechanism have been used. Our analysis, which aims to provide a broad state-of-the-art review of the field which also addresses different challenges related to these systems and applications. Additionally, in this evaluation, several applications are debated in excessive detail. This article is the scrutiny of used approaches and an intermingling which can quickly and accurately implemented. Finally, after surveying the territory, we have also mentioned the future scope of research which can be fulfilled the requirements of the domestic swimming pools. At the end we also proposed our model which can satisfy all the flaws present in the existing pool rescue systems.