Title :
Live Demo: Sensor network system for rainwater grid: APCCAS track selection: System and networks for safe and secure life
Author :
Moriyama, Toshiyuki ; Izumi, Shinobu ; Morishita, Katsunon ; Nishiyama, Koji
Author_Institution :
Fukuoka Inst. of Tech., Fukuoka, Japan
Abstract :
We have proposed a water disaster prevention mesh network - Rainwater Grid (RGS) [1]. It utilizes the water storage function of tanks to temporarily store rain water during heavy rainfalls. This will reduce the amount of water flowing into the rivers and the ground and suppress the flood damage. In this paper, we explain our design and development of the Smart Rainwater Tank System (SRT). We have confirmed that the system continuously monitors the water level of the tank, stores data and visualizes it as a webpage[2]. It will be pre-discharge when heavy rainfall is predicted. This prediction will be made by pattern recognition of weather data by Self Organized Map (SOM). Live Demo shows to sensing and control of the multiple model tanks as Rainwater Grid System. This concept is recently proposed as Distributed Multi-purpose Civil Dam and is advanced.
Keywords :
Web sites; dams; data visualisation; disasters; emergency management; grid computing; rain; safety; self-organising feature maps; tanks (containers); water storage; APCCAS track selection; RGS; SOM; SRT; Web page; data visualization; distributed multi-purpose civil dam; rainfalls; rainwater grid; rainwater storage; safe life; secure life; self organized map; sensor network system; smart rainwater tank system; water disaster prevention mesh network; water storage function; Data visualization; Floods; Logic gates; Monitoring; Rain; Uniform resource locators; Flood Control & Prevention of Drought; Internet Application; Rainwater Grid; SOM; Sensor Network; Smart Rainwater Tank;
Conference_Titel :
Circuits and Systems (APCCAS), 2014 IEEE Asia Pacific Conference on
Conference_Location :
Ishigaki
DOI :
10.1109/APCCAS.2014.7032744