Automatic plant watering system
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In daily effort associated with husbandry watery is that the beneficial task. Method of watering needs 2 necessary aspects to be considered: once and the way a lot have to water, so as to exchange manual activities and creating work easier, the project builds Associate in IOT device that may initiate the watering of the plant system mechanically whenever the wet content within the pot drops below a threshold price, which can facilitate the plants to succeed in their fullest potential furthermore as protective water, victimization. This technique can guarantee quality husbandry with conservation of water. All these notifications are going to be created out there to the user through mobile application
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![element the temperature but three hundred the beginning pump and worth is one and
also the temperature larger than three hundred mechanically pump off and worth is
zero. [1].
This project is regarding automatic plant watering system exploitation message alert
primarily based. It provides updates to the user regarding, the setup includes GSM
technology to determine a communication link with the farmer regarding the soil
and crop conditions mechanically. It includes a 16F877 Arduino in programming the
entire method. Set values area unit fastened for a specific crop and area unit
programmed within the controller. Such once the condition of the soil exceeds the
set worth, the GSM mechanically sends a message to the farmer and also the relay
is turned ON and the other way around. .Different ways to elucidate like surface
irrigation system, drip irrigation and mechanical device irrigation system. [2]
Components and Supplies
Arduino D1 R1](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
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More Details: Contact me 9982228229
www.roofurja.com
vishalnagarcool.blogspot.com
https://www.youtube.com/watch?v=utHRD4B8BxQ
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So what is this project? What does it do? Basically this is a soil moisture monitoring system, which detects if the moisture content in the soil is above or below a certain satisfactory threshold value. If it goes below a certain critical point, it is time to water the plant until the soil surrounding the plant is moist enough. An arrangement of a DC motor relay is used to control the watering mechanism.
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YL-69 (Probes ) ,YL-38(Interface)
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This document describes a microcontroller-based automatic irrigation system. It consists of a soil moisture sensor to detect moisture levels, a comparator circuit to analyze the sensor readings, an ATmega328 microcontroller to control the system, and a solenoid valve and relay circuit to regulate water flow. The system automatically monitors soil moisture and operates the valve to optimize irrigation based on moisture thresholds, reducing water use and labor compared to manual systems.
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This document proposes an automatic water irrigation system as a minor project. It aims to start and stop irrigation through supply channels and reduce water wastage and labor costs. The system uses a microcontroller, motor driver circuit, and soil moisture sensor. It senses soil moisture and compares it to a reference voltage. If dry, it signals the microcontroller to turn on the motor and pump water. Literature on irrigation system components is reviewed. Expected outcomes are avoiding plant dehydration through efficient watering with less labor.
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ground water levels are also decreased due to global warming and uncertain rain fall.
The conventional irrigation techniques have some problems like farmer should visit
the field regularly even at night, then he may face some hazards like snake bite,
electric shock and etc. In this paper a web based smart irrigation system using
Raspberry Pi is implemented. The proposed system checks the temperature and
moisture content present in the soil. The motor is also automatically controlled ON
and OFF, when the 3-phase supply is present in the field and also with the flow of
water. The acquired temperature and moisture content of the soil are sent to
Raspberry Pi using nRF24L01 transceiver. Raspberry Pi posts the received values on
the webpage. When we enter the acquired parameter values in the soil test blogs, the
webpage shows the suggestions of pesticides and crops that need to be taken by the
farmer to increase the yield. The system can reduce the water consumption and
wastage of water.
WEB BASED SMART IRRIGATION SYSTEM USING RASPBERRY PI
The major population of India mainly depends upon Agriculture. Nowadays the
ground water levels are also decreased due to global warming and uncertain rain fall.
The conventional irrigation techniques have some problems like farmer should visit
the field regularly even at night, then he may face some hazards like snake bite,
electric shock and etc. In this paper a web based smart irrigation system using
Raspberry Pi is implemented. The proposed system checks the temperature and
moisture content present in the soil. The motor is also automatically controlled ON
and OFF, when the 3-phase supply is present in the field and also with the flow of
water. The acquired temperature and moisture content of the soil are sent to
Raspberry Pi using nRF24L01 transceiver. Raspberry Pi posts the received values on
the webpage. When we enter the acquired parameter values in the soil test blogs, the
webpage shows the suggestions of pesticides and crops that need to be taken by the
farmer to increase the yield. The system can reduce the water consumption and
wastage of water.
IRJET- Automatic Irrigation System using Arduino
This paper proposes an automatic irrigation system that uses soil moisture sensors and an Arduino board to control a water pump. The system senses the moisture content of the soil and only provides water when the soil is dry, conserving water and ensuring optimal crop growth. When the soil moisture is high enough, the pump is switched off. The system can be controlled remotely using a wireless module and mobile app. Testing showed the system effectively irrigated soils based on their moisture levels. The automatic irrigation system saves water, labor, and improves crop yields compared to manual irrigation methods.
IRJET- Smart Agricultural System
This document describes a smart agricultural system that uses sensors to automatically irrigate plants. Soil moisture and temperature/humidity sensors provide data to a microcontroller, which sends alerts to an Android device via Bluetooth if the soil is dry or temperature/humidity levels fluctuate. This smart irrigation system aims to efficiently use water resources, boost crop cultivation, and increase agricultural income in India by automating irrigation based on real-time sensor readings rather than a fixed schedule. It provides remote monitoring and control of irrigation via a mobile app to help farmers maximize yields.
IRJET - Automated Monitoring and Controlling of Greenhouse
This document describes an automated system for monitoring and controlling the environment inside a greenhouse. The system uses sensors like DHT11, soil moisture, LDR, and flame sensors connected to an Arduino board to measure temperature, humidity, soil moisture, light intensity, and detect fires. If any of the measured parameters exceed predefined thresholds, devices like cooling fans, exhaust fans, and water pumps are automatically controlled to maintain optimum environmental conditions for plant growth. All sensor data is sent to users through SMS or stored on a server. The system aims to optimize water and nutrient use for irrigation and allow remote monitoring through a website or mobile app.
Welcome to International Journal of Engineering Research and Development (IJERD)
The document describes an automated irrigation system that uses sensors and a microcontroller to precisely control water levels for plants based on humidity levels. Sensors measure soil humidity and temperature. The microcontroller reads the sensor outputs, stores the data, and compares it to preset thresholds to determine whether a relay should turn the motor and irrigation on or off. This system aims to optimize water usage for agriculture by automating irrigation based on real-time soil conditions, reducing waste and improving crop growth.
Smart Irrigation System Using IOT
1. The document describes a smart irrigation system that uses IoT technology to optimize water usage for agriculture. It uses soil moisture sensors to detect moisture levels and an ESP8266 WiFi module to control a submersible water pump remotely via an Android app. This allows watering based on crop needs and avoids wasting water.
2. The system was implemented using an ESP8266 WiFi module, soil moisture sensor, relay, and submersible water pump. The sensor detects moisture and sends data to the ESP8266 module, which controls the pump via the relay. Farmers can monitor soil moisture and operate the pump remotely using the Android app.
3. This smart irrigation system saves both water and labor compared
IRJET- Automated Irrigation System using IoT
This document describes an automated irrigation system using sensors and the Internet of Things. The system uses soil moisture and temperature/humidity sensors to monitor crop conditions. If the soil moisture drops below a threshold, the system will turn on a water pump to irrigate. It will turn off the pump once moisture reaches the threshold. The temperature/humidity sensor alerts farmers when to apply pesticides if conditions promote fungi or bacteria. The system sends sensor data to an online platform and mobile app for remote monitoring to automate irrigation and help farmers.
Automated Watering and Irrigation System Using IoT
This document summarizes an automated watering and irrigation system using IoT. The proposed system is designed with soil moisture sensors, a microcontroller, and connectivity to an IoT environment. It aims to provide optimal water for crop growth while minimizing waste by automating the irrigation process. The system senses soil moisture levels and only turns on water pumps when the soil is dry. Test results show the system can accurately determine moisture levels and control irrigation accordingly. The automated design reduces human intervention in irrigation and allows remote monitoring via IoT, helping improve water efficiency and crop yields.
An IOT Based Smart Irrigation System Using Soil Moisture And Weather Prediction
This document presents a smart irrigation system using soil moisture sensors, weather data, and an IoT approach. The system aims to optimize water usage through automated irrigation control based on real-time sensor measurements and weather predictions. Soil moisture and environmental condition data is collected using sensors and sent wirelessly to a server. A prediction algorithm analyzes the sensor data along with weather forecasts to determine irrigation needs. The system was deployed on a pilot scale and initial results found the prediction algorithm to have improved accuracy and less error compared to traditional approaches. The smart irrigation system has potential to help farmers better manage water resources through precision agriculture.
AI-Powered Smart Plant Management System
An AI-based smart plant management system is designed to automatically water plants in a greenhouse. Soil moisture sensors, temperature sensors, an automatic watering system, and a water flow controller are used with an AI algorithm to monitor the soil moisture levels and regulate water provided to each plant. A database stores plant data and a web application enables remote monitoring. The AI algorithm analyzes sensor readings to determine if water levels need adjusting to maintain optimal soil moisture for plant growth, and will alert users through the web app if issues arise.
IRJET- Water Irrigation System using Arduino
This document describes a water irrigation system that uses an Arduino microcontroller board. The system uses soil moisture and temperature sensors to detect the water quantity in agricultural fields. It then uses the Arduino microcontroller to control the irrigation process. The goal is to automate irrigation to reduce water usage and optimize water supply for crops. Key components discussed include the Arduino UNO microcontroller, soil moisture sensors, water level sensors, and a water pump.
IRJET- Design and Development of Cost Effective Real Time Soil Moisture based...
This document describes the design and development of a cost-effective, real-time soil moisture-based automatic irrigation system with GSM. The system aims to irrigate crops precisely based on soil moisture levels rather than on a fixed time or volume schedule. It uses an Arduino microcontroller, soil moisture sensors, a GSM module, and other hardware to automatically operate a pump and solenoid valve based on measured soil moisture levels. The system can be calibrated to set upper and lower soil moisture thresholds via a mobile phone. It monitors soil moisture continuously and sends text messages to notify users when irrigation starts or stops. The system was developed to overcome limitations of conventional irrigation and provide more precise watering as needed by crops.
plant_wateringfinal.pdf
for complete document
visit my yt channel video link
https://youtube.com/shorts/ypWLkn26gs0?feature=share
SENSOR BASED AUTOMATIC DRIP IRRIGATION SYSTEM
The developments in the agricultural field are the buzzword in the market. In the field of agriculture, use of proper method of irrigation is important and it is well known that irrigation by drip is very economical and efficient. In the conventional drip irrigation system, the farmer has to keep watch on irrigation timetable, which is different for different crops and it is very difficult. This paper mainly focuses on designing of an accurate & cost effective Global System for Mobile (GSM) Based Automatic Drip Irrigation System using micro-controller. In order to fulfill these objectives we have used relay and solenoid valve along with a 16×2 Liquid Crystal Display (LCD) that can be connected to the microcontroller, which will displays the soil moisture level and ambient temperature. The developed irrigation method removes the need for workmanship for flooding irrigation. Efficient water management plays an important role in the irrigated agricultural cropping systems. Time based control mechanism; volume based control mechanism and priority based mechanism can be designed in one system.
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WEB BASED SMART IRRIGATION SYSTEM USING RASPBERRY PI
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WEB BASED SMART IRRIGATION SYSTEM USING RASPBERRY PI
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Welcome to International Journal of Engineering Research and Development (IJERD)
Welcome to International Journal of Engineering Research and Development (IJERD)
Automated Watering and Irrigation System Using IoT
Automated Watering and Irrigation System Using IoT
An IOT Based Smart Irrigation System Using Soil Moisture And Weather Prediction
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transfer learning is the process of training a model on a large-scale dataset and then using that pretrained model to conduct learning for another downstream task (i.e., target task)
Transfer learning was popularized in the field of computer vision thanks to the Imagenet Dataset
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A Light Introduction to Transfer Learning for NLP
transfer learning is the process of training a model on a large-scale dataset and then using that pretrained model to conduct learning for another downstream task (i.e., target task)
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cloud
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Assignmnet 1hci tasmiya 209
The document describes the user mental model for transferring money between accounts using an ATM. It involves inserting an ATM card, entering a PIN, selecting fund transfer and the recipient bank, entering the recipient account number and type, inputting the transfer amount, and receiving a transaction receipt. A state diagram is also mentioned as being included to represent the transfer process.
Windows and linux
Zenoss
• Zenoss is an open source platform released under the GNU General Public License (GPL) version 2.
• It provides an easy-to-use Web UI to monitor performance, events, configuration, and inventory.
• Zenoss is one of the best for unified monitoring since it is cloud agnostic and is open source.
• Zenoss provides powerful plug-ins named Zenpacks, which support monitoring on hypervisors (ESX, KVM, Xen and HyperV), private cloud platforms (CloudStack, OpenStack and vCloud/vSphere), and public cloud (AWS).
Numerical computing assignment 1
This document outlines the terms and conditions for a home loan agreement between a lender and borrower. It details the loan amount, interest rate, repayment schedule, late fees, prepayment rules, default conditions, and foreclosure process if the borrower fails to meet the obligations of the loan. The lender and borrower must both sign agreeing to these terms to finalize the home loan contract.
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The document summarizes the results of a heuristic evaluation of the Instagram mobile app. The evaluation assessed 10 usability heuristics and found violations of 3 heuristics: consistency and standards due to an inconsistency with chat shortcuts, error prevention because errors did not provide sufficient information, and recognition rather than recall since some information required memorization. Overall, the evaluation found Instagram to have good usability with clear icons and layouts, feedback on uploads, and intuitive metaphors.
Cloud quiz question answer
The agreement has two parts:
Service Agreement
Service Level Agreement (SLA)
A Service Level Agreement (SLA) is the service contract component between a service provider and customer. A SLA provides specific and measurable aspects related to service offerings. For example, SLAs are often included in signed agreements between Internet service providers (ISP) and customers.
The following promises are made to consumer by the provides:
Availability:
Usually 99.5% to 100% availability is assured.
The assurance is for a time intervals of a billing cycle e.g., 15 minute, 1 hour, 1 Year etc. for which the service status will be “up” for sure.
But this has to be clarified that for example time period of assurance is 15 minutes and even if the service is “down” for 14 minutes, then it legally means that the service was not “down” for the whole interval.
Typically, several failures in subsystems are required to completely “down” a service for the whole period of billing.
The provider may adjust the availability promises on case to case basis.
Remedies for Failure to Perform:
In case of violation of the promise of availability (during a time period) by the provider, the customer will be compensated in terms of service credit for future use of Cloud service.
A refund is usually not given.
Consumer is responsible to monitor the availability of service and claim for compensation.
Remedies for Failure to Data Preservation:
The following situations result in termination of Cloud IT resources usage for a consumer:
Voluntarily by consumer
The providers usually take no responsibility for preserving the data in later case. While in former case, the preservation is done for few days.
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Legal Care of Consumer Information:
The provider assures for not disclosing/viewing/using/sharing the consumer’s data except in case of legal requirement.
On the other hand the provider retains the right of monitoring the consumer data as well as may demand a copy of consumer’s software for monitoring assistance.
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Key terms:
CRAC: Computer Room Air Conditioning
Hot aisle
Cold aisle
Server cabinets (Racks)
Hollow floor
Perforated tiles
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The servers are physically connected to layer 2 switches. There is a top of rack (TOR) in each rack. One server is connected to only one TOR switch.
The TORs are connected to aggregate switches (AGS).
Data centers consume huge amounts of electricity. As much as a small town in USA.
A large data center can host hundreds of thousands physical servers.
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Ventilator
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ICU ventilator is an equipment which is designed to provide the breath for a patient who is physically unable to breathe or he is breathing insufficiently.
Environment of Use:
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Sources:
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Technology Being Used:
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Figure 2. ICU Ventilator
Figure 2. ICU Ventilator
Modes of Ventilation:
In pressure and volume controlled ventilation below mentioned are the basic modes.
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An essential part of our approach to designing Interactive system is that it should put people first it should be human centered.
A Pact analysis is useful for both analysis and design activities understanding the current situation, situation, seeing where possible improvements can be made and envisioning future situations.
The Pact Framework consist in four parts
1) People
Interaction designers begin with the different among the users and their interactions.
• Physical Differences
Physical characteristics, e.g. height and weight
Five sense, i.e. sight, hearing, touch smell and taste.
Human computer interaction assignment 01
Find a handheld device (e.g., a PDA, mobile phone) and examine how it has been designed, paying particular attention to how the user is meant to interact with it.
(a) From your first impressions, write down what first comes to mind as to what is good or bad about the way the device works. Then list (i) its functionality and (ii) the range of tasks a typical user would want to do using it. Is the functionality greater, equal, or less than what the user wants to do?
(b) Based on your study, compile your own set of usability and user experience goals that you think will be useful in evaluating the device. Decide which are the most important ones and why.
(c) Translate the core usability and user experience goals you have selected into two or three questions. Then use these questions to assess your device (sample questions: what mechanisms have been used to ensure safety? Is it fun to use, etc.).
(d) Evaluate the device using User Centered Design Prncipal’s design principles.
(e) Discuss possible improvements that can be made to the interface to improve its usability based on your evaluation.
Quiz 1 cloud computing
What is Cloud Computing
virtualization
Cloud Networking
Cloud networking (and Cloud based networking) is a term describing the access of networking resources from a centralized third-party provider using Wide Area Networking (WAN) or Internet-based access technologies.
Cloud networking is related the concept of cloud computing, in which centralized computing resources are shared for customers or clients. In cloud networking, the network can be shared as well as the computing resources. It has spurred a trend of pushing more network management functions into the cloud, so that fewer customer devices are needed to manage the network.
Assignment hci : Draw the Users Mental Model for a Transfer of Money from one...
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The document describes the user's mental model and the implemented model for transferring money between accounts using an ATM. The user's model involves confirming a request, entering the account number to withdraw from, entering the amount to transfer, and entering the account number to transfer to. The implemented model is represented as a state transition diagram showing the steps of swiping the ATM card, entering the PIN code, entering the amount, entering the account number to transfer to, verifying the transfer, and ending the transaction.Cc lectures
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professional practice case study
You have just marked a piece of work in which the student has obviously plagiarised
material from printed and electronic information. The student did not show you any
drafts of the essay although the class was asked to present drafts. You have not had
a chance to discuss the work with him at any stage.
1. What might alert you to the suspicion of plagiarism?
2. What might have led the student to plagiarise?
3. What steps could you take to discourage students from plagiarising?
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Automatic plant watering system
- 1. Automatic Plant Watering System Introduction In daily effort associated with husbandry watery is that the beneficial task. Method of watering needs 2 necessary aspects to be considered: once and the way a lot have to water, so as to exchange manual activities and creating work easier, the project builds Associate in IOT device that may initiate the watering of the plant system mechanically whenever the wet content within the potdrops belowa threshold price, which can facilitate the plants to succeed in their fullest potential furthermore as protective water, victimization. This technique can guarantee quality husbandry with conservation of water. All these notifications are going to be created out there to the user through mobile application. Problem statement During this busyworld. Folks typically disremember to water their flowers potthat ends in dangerous growth and health of their plants. For making certain complete development of plants it’s necessary to develop correct close conditions during which plants grow. Not everybody has enough time has enough time to require care of their plant within the most effective approach. All the information can then are going to be sent to the web. Literature Review: An automatic plant watering system through soil wet was conferred in 2017 within which system is largely used for power offer, relay module, Arduino, flower pot, pump and instrumentation. Arduino connected to power offer and water instrumentation and pump conjointly connected relay module. If the sensing
- 2. element the temperature but three hundred the beginning pump and worth is one and also the temperature larger than three hundred mechanically pump off and worth is zero. [1]. This project is regarding automatic plant watering system exploitation message alert primarily based. It provides updates to the user regarding, the setup includes GSM technology to determine a communication link with the farmer regarding the soil and crop conditions mechanically. It includes a 16F877 Arduino in programming the entire method. Set values area unit fastened for a specific crop and area unit programmed within the controller. Such once the condition of the soil exceeds the set worth, the GSM mechanically sends a message to the farmer and also the relay is turned ON and the other way around. .Different ways to elucidate like surface irrigation system, drip irrigation and mechanical device irrigation system. [2] Components and Supplies Arduino D1 R1
- 3. Soil wet sensing element Jumper wires 4 channel relay 12 volt DC Motor Water instrumentation Bread Board Water tube Source code
- 4. Circuit detail 1. water pump:
- 6. Diagram of the system
- 8. References: https://www.ijareeie.com/upload/2017/march/144_ieee%20paper_SC.pdf Available within the SSRN library: http://ssrn.com/link/2019-CTFC.html Engineering Research Network (EngRN) sage Education Society’s Transactions and Journals’ Conference Proceedings on CTFC 2019 ISBN 978-93-82626-27-5 https://www.youtube.com/watch?v=nUHizmtyt74 http://www.learnbywatch.com/automatic-watering-system-for-plants-using- arduino/ https://create.arduino.cc/projecthub/neetithakur/automatic-plant-watering- system-using-arduino-uno-8764ba https://thestempedia.com/project/advance-automated-plant-watering-system- with-iot/ https://create.arduino.cc/projecthub/neetithakur/automatic-plant-watering- system-using-arduino-uno-8764ba N. Đuzić and D. Đumić: Automatic Plant Watering System and its Applications, Coll. Antropol. 41 (2017) 2: ???–???[1] IJIRST –International Journal for Innovative Research in Science & Technology| Volume 4 | Issue 12 | May 2018 ISSN (online): 2349-6010[2]