WATER LE VEL MONITORING SYSTEM USING IoT & ATmega328p .
International Journal of Pure and Applied MathematicsVolume 119 No. 18 2018, 1497-1501ISSN: 1314-3395 (on-line version)url: http://www.acadpubl.eu/hub/Special Issuehttp://www.acadpubl.eu/hub/WATER LEVEL MONITORING SYSTEM USING IoT &ATmega328p MICROCONTROLLERV. Jeevaganjeeva 1996@outlook.comSaveetha School of Engineering, Kuthambakkam, TamilNaduS. Prem Kumarprem.kumar886@gmail.comSaveetha School of Engineering, Kuthambakkam, TamilNaduABSTRACTWater source is fundamental for all and a significant factor inagriculture, cultivating and it’s a key for nature of our life.Monitoring water level of a water supply, For example, Lakes,River, Waterways and Pond etc., Plays a major part in ruraland agricultural. Even it’s helpful for our every day needs.For example the amount of water drops under the edge levelin a bore well, The motor pump may get affected due to dryrunning. There are many several alternative things whereverwater level monitoring is an important task. This reportproposes a prototype system design, implementation anddescription of needed devices and technologies to improveInternet of Things (IoT) based water level monitoring andAt the point when water meets dry air, it's not in equilibrium;water particles evaporate off the surface till the quantity ofwater within the air creates enough force per unit area to attainequilibrium. Once water is heated to a temperature of 100C,the force per unit area equals that of low-lying atmosphericpressure.keep track of frequent evaporation in rivers, waterway, lakesand ponds which can be implemented in future smart villages.Keywords:Water level sensor, Arduino atmega328, IoT.1.INTRODUCTIONThe main objective of this investigation is to build up aframework to monitor a water level3 of a water source from aninaccessible area. The IoT based system given duringthis study is going to be useful to attain such task. Theprototype system experiment of this study allows keeping trackof a water supply from remote area continuously. The realusage of the system would require changes in detector andfew alternative technologies and source code in spite of the factthat the system and working rule continue as before.2. PROBLEM STATEMENTEvaporation is that the modification of water from a liquid to agas. Water is constantly dissipating from the surface of theEarth, actually pumping increasingly water vapor into theclimate. Water and land surface most of this heat energy comesfrom the surface, not from the air.1497Water source is essential and a significant factor in agricultureand farming and it is a key for quality of our life. Monitoringwater level of a water source, such as lakes, ponds, rivers etc.,plays a key role in agricultural. Even it is useful for our dailyneeds. For example if the level of water drops below thethreshold level in a bore well, the motor pump may get affecteddue to dry running. There are many other situations wherewater level monitoring is an important task.3.WATER LEVEL SENSORThe water level Indicator employs a simple mechanism todetect and indicate the water level in an overhead tank. This is afive levels indicator. The sensing is done by transmitter andwill start sending radio signal that will receive by the receiver.
International Journal of Pure and Applied MathematicsSpecial IssueThe receiver updates different level LED depends upon thewater level signal transmitted by transmitter. (Five level). Abuzzer is also added which will automatically start as the waterlevel becomes full. The user has to press the only button onreceiver to stop the buzzer. The water level Indicator will bework efficiently up to 5 floor building. Installation of thereceiver in open will increase its efficiency.THREE LAYERS PROPOSED SYSTEMWATER LEVEL SENSORATMEGA328P PIN DIAGRAMBLOCK DIAGRAM4.OUTPUT:1498
International Journal of Pure and Applied MathematicsSpecial Issue8.CONCLUSION:This IoT based proposed system is used to acquire water leveland its evaporation details of a water source in real time fromany location, any device connected to Internet. This waterevaporation data can be used for various purposes for bettermanagement of water source. Monitoring water evaporationfrom remote location may be very useful when it is not possibleto visit location physically every time. The system can beimplemented for different sources of water by replacing sensordevice suitable for the condition.Concluding the proposed IoT based water evaporation5.FUTURE SCOPE:monitoring system will be helpful to collect, analyze andIn future, the proposed system can be used to monitor andanalyze water usage of the specific water source thus requiredeveloping such logic for the application. The system can alsopredict the water level detail, water usage and other informationof particular water source at particular location in real-timeremotelybe used to collect and study the environmental data of watersource and its surrounding area by integrating other sensor tothe system. The study may include location data, water quality,temperature, humidity and various other factors. For exampleArduino GPS shield can be integrated in the system to obtain9.REFERENCE:location data of the water source dynamically.[1]. Yixin Ma, Zhichu Zheng, Ling-an Xu, Xiaoping Liu, Power conservation.Yingxiang Wu “Application of electrical resistance Automatic on/off switching operation.tomography system to monitor gas/liquid two-phase Wireless Communication.flow in a horizontal pipe”, Volume 12, Issue 4, August Can be implementing on any water source.2001, Pages 259–265. Accuracy. Mobile Access.[2]. Hossein Golnabi, “Design and operation of a fiberoptic sensor for liquid level detection”, Volume 41,Issue 5, May 2004, Pages 801–812.[3]. Internet of Things (IoT) based Water. (PDF6.ADVANTAGE:Download Available). Available from: Cost effective. Practical and affordable. Pollution free and the safest way to save energy. Reduces human resource and provides security. Ensure security. lower maintenance. Easy to use.Greenhouse Environment Monitoring and Automatic Easily available and replaceable components.Control System, Journal of Networks, vol. 7(5), 02369Internet of Things IoT based Water Level Monitoring System for Smart Village [accessed May 122018].[4]. Song, Yongxian, Ma, Juanli, Zhang, Xianjin, Feng,Yuan: Design of Wireless Sensor Network-Based844 (2012)[5]. Sakthipriya, N.: An Effective Method for Crop7.APPLICATION:Monitoring Using Wireless Sensor Network, JournalCan be implemented in any water resources like ponds, lakes,of Scientific Research, 20(9), 1127--1132 (2014)rivers or even house hold applications such as tanks or even[6]. Dahikar, Snehal S., Rode, Sandeep V.: Agriculturalgovernment reservoirs such as metro water tanks, LorriesCrop Yield Prediction Using Artificial Neuralthrough which we can monitor the level of water evaporationNetwork Approach, IJIREEICE, vol . 2(1), 683--685and reduce it through necessary steps.(2014)1499
International Journal of Pure and Applied Mathematics[7]. Sonka, Steve: Big Data and the Ag Sector: More thanLots of Numbers, International Food and AgribusinessManagement Review, vol. 17(1), 1--20 (2014)Special IssueAdvances in Communication and Control Systems,110--114 (2013)[10].[8]. Atzberger, Clement: Advances in Remote Sensing ofPatil, V.C., Gaadi, K. A. A., Biradar, D.P.,Rangaswamy. Internet of Things (IoT) and CloudAgriculture: Context Description, Existing OperationalComputing for Agriculture: An Overview, pp. 292--Monitoring Systems and Major Information Needs,296. Proceedings of AIPA, India (2012).Remote Sensing, vol. 5(2), 949--981 (2013)[11].TongKe, Fan: Smart Agriculture Based on[9]. Satyanarayana, G. V., Mazaruddin, S. D.: WirelessCloud Computing and IoT, Journal of ConvergenceSensor Based Remote Monitoring System forInformation Technology, vol. 8(2), 210--216 (2013)Agriculture Using ZigBee and GPS, Conference on1500
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needs. For example if the level of water drops below the threshold level in a bore well, the motor pump may get affected due to dry running. There are many other situations where water level monitoring is an important task. 3.WATER LEVEL SENSOR The water level Indicator employs a simple mechanism to detect and indicate the water level in an .
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Gr. 6 FAT: NATUURWETENSKAPPE EN TEGNOLOGIE – KWARTAAL 1 PRAKTIES Bladsy 2 BELANGRIKE VEILIGHEIDSMAATREËL: Jodium oplossing is giftig, moet dus nie aan dit proe nie. (Dit sal ook jou vel en klere vlek, alhoewel dit nie skadelik is vir jou vel nie) Jy moet asseblief beskermende kleredrag en veiligheidsbrille dra.File Size: 813KB
11th August 2020 Please ensure your microphone is muted throughout the presentation The slides today will be presented with the opportunity for the audience to post questions during the presentation using the chat function. Questions submitted through the chat function will be recorded and responses will be provided after the event. Responses will be posted on CCS website page and will be .
