id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
cuesj-775	Ahmed, Mohammed M.; Abdullah, Abdulqadir I.	Full-Smart Intermittent Water Supply Monitoring, Managing, and Distributing System Based on IoT: Case Study at Soran City	2023	13	.pdf	application/pdf	7953	370	57	From these results, we can say that installing the smart water meter system will lead to a significant improvement in daily water consumption by people in the areas because it creates a capability for water monitoring systems by the authorities and people to reduce waste in water consumption significantly. Reducing the wastage of treated water and thus lowering costs Table 3: The features F1 to F26 are as follows: smart water system (F1), real time monitoring (F2), security approach (F3), indicator LED or LCD (F4), display battery status (F5), use of memory to record water usage on the water meter (F6), use of an electric valve to control water usage on the water meter (F7), device error checker (F8), water monitoring system (F9), data analysis (F10), mobile app (F11), auto water distribution (F12), pump control (F13), actuator valve water control (F14), use of machine learning techniques (F15), water level monitoring (F16), implemented system (F17), independent web server (F18), fair or same water distribution (F19), water supply according to the number of residents in each house (F20), water supply according to the amount of green space (F21), water supply according to the temperature (F22), temperature station (F23), the ability to modify the smart water device’s SSID and network password (F24) the air-in-pipe anti-reading system (F25) and, Ability to support shared water sources (F26).	cache/cuesj-775.pdf	txt/cuesj-775.txt