Urban smart plant
•Download as PPTX, PDF•
0 likes•54 views
This document describes an IoT-based urban water system that monitors soil moisture levels and controls watering. Sensors detect if soil moisture is above or below thresholds, and a motor and pump are used to control watering as needed. The system aims to save water by providing precise irrigation compared to conventional methods. It uses Arduino, sensors, motors, and data visualization software to monitor soil moisture levels over time and automate watering to address issues of increasing population, resource depletion, and water shortages.
Report
Share
Report
Share
Recommended
Project on soil moisture sensor
The complete analysis and explanation of soil moisture sensor id done in this ppt for better understanding.
AUTOMATIC PLANT WATERING SYSTEM USING ARDUINO BASED PPT
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.
IOT BASED SMART IRRIGATION SYSTEM BY EXPLOITING DISTRIBUTED SENSORIAL NETWORK
In this research the Internet of Things (IoT) based smart irrigation system is developed for large scale
farming to ensure appropriate water management as well as to minimize unnecessary water utilization.
This system can control water wastage for irrigation purpose by using wireless sensor network (WSN) and
IoT. Each WSN node contains a unit of combined sensors which has been made by several external sensors
such as soil moisture, soil pH, and temperature sensor along with Node MCU for data transmission in the
cloud. Other nodes are distributed in the field to collect field data for different positions and this
information is sent to the server. Data processing and analysis are performed according to the proposed
algorithm. Obtained result as well as weather forecasting report is checked for three days from a
developed android app. The accomplished result is sent to the farmers through SMS; depending upon the
SMS, farmers take necessary steps for watering or not in the crops field through IoT. Using the particular
sensors in this system along with microcontroller board plays an important aspect for bringing automation
for a particular model. In this work wireless sensor technology in irrigation purposes can show the
direction to the rural farming community to replace some of the traditional techniques.
Project presentation
This document describes an Arduino-based automatic watering plant system that uses sensors to more simply and conveniently irrigate plants. The system uses a moisture sensor to detect soil dryness, a temperature sensor to monitor temperature, and an LDR sensor to measure light intensity. It displays sensor readings on an LCD and automatically controls a fan, water pump, and LED lights based on the sensor values to irrigate plants as needed without manual labor. The system aims to help farmers more easily irrigate fields and gardens.
Automatic plant watering using arduinos
If you like my presentation then LIke it Follow for more nice presentations
In this presentation I try to clear that how to connect arduino with soil sensor.
Auto irrigation system
it is a prototype arduino based auto irrigation system which turns on the pump while the field is dry. it uses soil moisture sensor to detect the amount of soil moisture content. As the system is arduino based it uses an arduino software which can be downloaded from https://www.arduino.cc/en/Main/Software
arduino based automtic irrigation system
This document presents an automatic irrigation system controlled by an Arduino. The system includes soil moisture and temperature sensors to monitor conditions and control a water pump via a relay.
The objective is to minimize manual intervention by farmers and prevent over or under irrigation. The block diagram shows the Arduino, sensors, LCD display, relay and water pump.
The circuit diagram and components include an Arduino, sensors, LCD, relay module, solar panel and battery. Working steps explain how the sensors send signals to the Arduino to control the relay and pump based on soil moisture and temperature readings. Results show the system automatically supplies water as needed. The conclusion discusses benefits like conserving water, being low cost and useful for farmers and
Smart ppt2
This document summarizes a student project to create a smart farm soil moisture detection system using a Raspberry Pi. The project aims to monitor soil moisture levels locally on an LCD screen or remotely via online dashboards. Key components include a soil moisture sensor, analog to digital converter, Raspberry Pi, and software to read sensor values and display them. The system will send daily emails if moisture drops below a threshold and has potential for automating watering based on soil conditions.
Recommended
Project on soil moisture sensor
The complete analysis and explanation of soil moisture sensor id done in this ppt for better understanding.
AUTOMATIC PLANT WATERING SYSTEM USING ARDUINO BASED PPT
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.
IOT BASED SMART IRRIGATION SYSTEM BY EXPLOITING DISTRIBUTED SENSORIAL NETWORK
In this research the Internet of Things (IoT) based smart irrigation system is developed for large scale
farming to ensure appropriate water management as well as to minimize unnecessary water utilization.
This system can control water wastage for irrigation purpose by using wireless sensor network (WSN) and
IoT. Each WSN node contains a unit of combined sensors which has been made by several external sensors
such as soil moisture, soil pH, and temperature sensor along with Node MCU for data transmission in the
cloud. Other nodes are distributed in the field to collect field data for different positions and this
information is sent to the server. Data processing and analysis are performed according to the proposed
algorithm. Obtained result as well as weather forecasting report is checked for three days from a
developed android app. The accomplished result is sent to the farmers through SMS; depending upon the
SMS, farmers take necessary steps for watering or not in the crops field through IoT. Using the particular
sensors in this system along with microcontroller board plays an important aspect for bringing automation
for a particular model. In this work wireless sensor technology in irrigation purposes can show the
direction to the rural farming community to replace some of the traditional techniques.
Project presentation
This document describes an Arduino-based automatic watering plant system that uses sensors to more simply and conveniently irrigate plants. The system uses a moisture sensor to detect soil dryness, a temperature sensor to monitor temperature, and an LDR sensor to measure light intensity. It displays sensor readings on an LCD and automatically controls a fan, water pump, and LED lights based on the sensor values to irrigate plants as needed without manual labor. The system aims to help farmers more easily irrigate fields and gardens.
Automatic plant watering using arduinos
If you like my presentation then LIke it Follow for more nice presentations
In this presentation I try to clear that how to connect arduino with soil sensor.
Auto irrigation system
it is a prototype arduino based auto irrigation system which turns on the pump while the field is dry. it uses soil moisture sensor to detect the amount of soil moisture content. As the system is arduino based it uses an arduino software which can be downloaded from https://www.arduino.cc/en/Main/Software
arduino based automtic irrigation system
This document presents an automatic irrigation system controlled by an Arduino. The system includes soil moisture and temperature sensors to monitor conditions and control a water pump via a relay.
The objective is to minimize manual intervention by farmers and prevent over or under irrigation. The block diagram shows the Arduino, sensors, LCD display, relay and water pump.
The circuit diagram and components include an Arduino, sensors, LCD, relay module, solar panel and battery. Working steps explain how the sensors send signals to the Arduino to control the relay and pump based on soil moisture and temperature readings. Results show the system automatically supplies water as needed. The conclusion discusses benefits like conserving water, being low cost and useful for farmers and
Smart ppt2
This document summarizes a student project to create a smart farm soil moisture detection system using a Raspberry Pi. The project aims to monitor soil moisture levels locally on an LCD screen or remotely via online dashboards. Key components include a soil moisture sensor, analog to digital converter, Raspberry Pi, and software to read sensor values and display them. The system will send daily emails if moisture drops below a threshold and has potential for automating watering based on soil conditions.
Automatic plant watering system
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
IRJET- A Review Paper on Design and Development of Automatic Drip Irrigation ...
This document summarizes the design and development of an automatic drip irrigation system. The system uses soil moisture sensors to monitor soil moisture levels and control solenoid valves and a water pump to irrigate only when needed. It aims to automate irrigation and optimize water usage. The system can be controlled wirelessly using a GSM module from a mobile phone. When the soil reaches its maximum moisture threshold, the motors automatically stop and a message is sent. The major advantages are avoiding water wastage, optimizing plant growth, and reducing labor needs and errors.
Automated plant watering system
usage of plants monitoring system,methods, introduction and working is given it will help to use monitor the plants
Arduino Automatic Watering System Plants Sprinkler Using IoT
In this project Arduino Automatic Watering System Plants Sprinkler using IoT, the watering system is automatic using the Arduino Uno board and gets the information about plants and moisture of the soil in Gmail, Twitter and Facebook. In here, two types of programming languages are used which are Embedded C and Python programming. The Embedded C is used for the arduino for automate the watering system of the plants and other language Python is used for sending status of the plants and soil moisture to the Gmail and also IFTTT is used for getting data in Twitter and Facebook. We get data of the moisture sensor in our Gmail, Twitter and Facebook account using the Python code. The data or information is value of the serial monitor of the arduino as the resistivity of soil moisture with the status of plant as a message.
Automatic water irrigation system
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.
Automated Irrigation
This document describes an automated irrigation system that uses solar power and a microcontroller to reduce water waste. The system includes a solar panel and battery to provide sustainable power. A moisture sensor measures soil moisture and sends data to an Arduino microcontroller. The microcontroller controls a flow valve to irrigate only when moisture levels drop below a threshold, shutting off irrigation when levels rise above another threshold. This helps ensure plants' water needs are met while conserving water and reducing waste.
Design of a micro controller based automatic home garden watering system (aut...
This document describes the design of a microcontroller-based automatic home garden watering system. The system uses a soil moisture sensor to detect soil moisture levels and sends signals to an Arduino microcontroller. The microcontroller then controls a water pump to water the plants as needed based on the soil moisture readings. The goal is to develop an affordable and efficient automatic watering system that can help save water, time, and increase plant yields compared to manual watering methods.
IRJET-Environment based Irrigation System using Wireless Technology
This document describes an environment-based irrigation system using wireless technology. The system uses sensors like soil moisture, temperature, and ultrasonic sensors connected to an Arduino microcontroller to automatically water plants based on soil conditions. When the sensors detect low soil moisture or other environmental thresholds, the microcontroller activates a motor to turn on irrigation. The system aims to save water and reduce labor costs compared to manual irrigation. It can automatically monitor soil moisture levels and optimize watering schedules without human intervention. Researchers at Sona College of Technology developed this system to introduce automated irrigation using embedded technologies.
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.
automatic irrigation system ppt
This document describes an automatic plant watering system that uses sensors like soil moisture, humidity, light, and ultrasonic sensors along with an Arduino board to control water pumps, sprinklers, lights, and fans without human intervention. The system works by sensing soil moisture and humidity levels and turning on water pumps when levels drop below a threshold. It also controls lights and fans based on light and humidity readings. An LCD display shows sensor values and system status while a GSM module sends status messages to users. The automatic system aims to efficiently water plants and save water compared to manual methods.
Automatic irrigation system
This is a presentation about automatic irrigation system. A technological irrigation. This presentation features about the types, Advantages & Dis-Advantages, Pictures, Drip and Sprinkler Systems, Common in both, The structure of the system and its usage
Innovators Challenge 2019
The project is designed to develop an automatic irrigation system which switches the pump motor ON/OFF on sensing the moisture content of the soil. In the field of agriculture, use of proper method of irrigation is important. The advantage of using this method is to reduce human intervention and still ensure proper irrigation.
The project uses an arduino which is programmed to receive the input signal of varying moisture condition of the soil through the sensing arrangement. This is achieved by using an arduino which acts as interface between the sensing arrangement . Once the controller receives this signal, it generates an output that drives a relay for operating the water pump. An LCD display is also interfaced to the microcontroller to display status of the soil and water pump. The sensing arrangement is made by using two stiff metallic rods inserted into the field at a distance. Connections from the metallic rods are interfaced to the control unit.
The concept in future can be enhanced by integrating GSM technology, such that whenever the water pump switches ON/OFF, an SMS is delivered to the concerned person regarding the status of the pump. We can also control the pump through SMS.
arduino based automatic irrigation system
This document describes an Arduino-based automatic irrigation system. The system uses soil moisture and temperature sensors to monitor soil conditions. When the soil moisture drops below a threshold, a relay connected to an Arduino board activates a water pump to irrigate. The system aims to minimize manual intervention by farmers and prevent over- or under-watering. It provides a schematic diagram of the circuit components, which include an Arduino Uno, sensors, LCD display, and relay module. The document also includes photos of the prototype and discusses the benefits of automating irrigation.
Smart Garden IOT Project
This presentation proposes a smart garden system that monitors soil moisture using sensors and controls watering automatically using a pump motor and microcontroller. The system aims to automate garden irrigation to make it more efficient and reduce human effort. It lists the components required, including an ESP8266 module, water pump, motor driver, soil moisture sensor, batteries and LEDs. The total cost is estimated at 1770 Tk. The system is intended to help users grow vegetables with less water by adjusting supply based on soil conditions, while saving water and labor compared to manual irrigation.
Microcontroller based irrigation
This document describes an advanced irrigation system using a soil moisture sensor to conserve water. The system uses a microcontroller and soil moisture sensor to automatically water plants only when needed. It measures the soil moisture level and compares it to a threshold value set by the user. If the soil is dry (below the threshold), a relay is activated to supply water. This removes the need for manual intervention by farmers and helps save up to 60% of irrigation water typically wasted through over-watering. The system guide includes the code and wiring diagram to build the automated irrigation system.
IRJET - Automatic Plant Watering System using NodeMCU
1) The document describes an automatic plant watering system that uses sensors and NodeMCU to monitor environmental conditions and water plants automatically.
2) The system collects data on temperature, humidity, and soil moisture and sends it to an Android application and the cloud to allow monitoring from anywhere.
3) It aims to make gardening easier by automating watering based on sensor readings so plants get the right amount of water when needed.
5 te soil moisture temp sensor datasheet
The 5TE is designed to measure the water content, electrical conductivity, and temperature of soil and growing media.
automatic irrigation system by sensing soil moisture content
This document describes an automatic irrigation system that uses a soil moisture sensor and Arduino microcontroller to control a water pump. The system senses the moisture level of the soil and turns the pump on or off to water the plants accordingly. It aims to help farmers efficiently irrigate their fields without wasting water or requiring constant human monitoring. When the soil is dry, the moisture sensor sends a signal to the Arduino, which activates a relay to power the water pump. When the soil becomes wet again, the pump is turned off. The system uses low-cost, reliable components and provides benefits over manual irrigation methods.
IRJET- Real Time Automatic Irrigation System with Mobile Alert
This document describes an automatic irrigation system that uses soil moisture sensors to detect when sectors of a field need water. It then opens the appropriate solenoid valve and turns on the water pump to irrigate that sector. A GSM module sends text messages to notify the farmer when sectors change from dry to wet or vice versa. The system aims to reduce human labor, efficiently use water resources, and supply plants with the right amount of water based on real-time soil moisture readings. It divides the field into independently watered sectors and only runs the pump when needed per sector, conserving water and electricity compared to traditional irrigation methods.
Automated Plant Watering System
This project uses soil moisture sensor and if the soil is dry, a mechanism to water the soil is set into motion. The whole circuit is controlled by the micro-controller based Arduino Uno Development Board.
projectppt2linkedin-160503092404 (1).pdf
This project creates an automated plant watering system using a soil moisture sensor and motors. The soil moisture sensor continuously monitors the soil and sends readings to an Arduino board. If the moisture drops below a threshold, the Arduino signals a servo motor to tilt a water container and a DC motor to pump water, hydrating the soil. This system efficiently waters plants only when needed, conserving water resources. Components include a soil moisture sensor, Arduino, motor driver IC, servo motor, DC pump motor, and wiring. The system automatically monitors soil moisture and activates watering to maintain optimal moisture levels.
madhu pptx.pptx
This document describes a student project from Sanskrithi School of Engineering on an IoT enabled smart irrigation system with weather forecasting. The system uses soil moisture, temperature, and weather data to predict irrigation needs and control a drip irrigation system. It was guided by Dr. D. Nagaraju and presented by 5 students. The system collects sensor data wirelessly via the cloud and a web interface provides real-time insights and predictions. Initial results over 3 weeks show the system's predictions are encouraging. Future work could link the system to IoT for remote monitoring and use data logging to further optimize irrigation scheduling.
More Related Content
What's hot
Automatic plant watering system
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
IRJET- A Review Paper on Design and Development of Automatic Drip Irrigation ...
This document summarizes the design and development of an automatic drip irrigation system. The system uses soil moisture sensors to monitor soil moisture levels and control solenoid valves and a water pump to irrigate only when needed. It aims to automate irrigation and optimize water usage. The system can be controlled wirelessly using a GSM module from a mobile phone. When the soil reaches its maximum moisture threshold, the motors automatically stop and a message is sent. The major advantages are avoiding water wastage, optimizing plant growth, and reducing labor needs and errors.
Automated plant watering system
usage of plants monitoring system,methods, introduction and working is given it will help to use monitor the plants
Arduino Automatic Watering System Plants Sprinkler Using IoT
In this project Arduino Automatic Watering System Plants Sprinkler using IoT, the watering system is automatic using the Arduino Uno board and gets the information about plants and moisture of the soil in Gmail, Twitter and Facebook. In here, two types of programming languages are used which are Embedded C and Python programming. The Embedded C is used for the arduino for automate the watering system of the plants and other language Python is used for sending status of the plants and soil moisture to the Gmail and also IFTTT is used for getting data in Twitter and Facebook. We get data of the moisture sensor in our Gmail, Twitter and Facebook account using the Python code. The data or information is value of the serial monitor of the arduino as the resistivity of soil moisture with the status of plant as a message.
Automatic water irrigation system
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.
Automated Irrigation
This document describes an automated irrigation system that uses solar power and a microcontroller to reduce water waste. The system includes a solar panel and battery to provide sustainable power. A moisture sensor measures soil moisture and sends data to an Arduino microcontroller. The microcontroller controls a flow valve to irrigate only when moisture levels drop below a threshold, shutting off irrigation when levels rise above another threshold. This helps ensure plants' water needs are met while conserving water and reducing waste.
Design of a micro controller based automatic home garden watering system (aut...
This document describes the design of a microcontroller-based automatic home garden watering system. The system uses a soil moisture sensor to detect soil moisture levels and sends signals to an Arduino microcontroller. The microcontroller then controls a water pump to water the plants as needed based on the soil moisture readings. The goal is to develop an affordable and efficient automatic watering system that can help save water, time, and increase plant yields compared to manual watering methods.
IRJET-Environment based Irrigation System using Wireless Technology
This document describes an environment-based irrigation system using wireless technology. The system uses sensors like soil moisture, temperature, and ultrasonic sensors connected to an Arduino microcontroller to automatically water plants based on soil conditions. When the sensors detect low soil moisture or other environmental thresholds, the microcontroller activates a motor to turn on irrigation. The system aims to save water and reduce labor costs compared to manual irrigation. It can automatically monitor soil moisture levels and optimize watering schedules without human intervention. Researchers at Sona College of Technology developed this system to introduce automated irrigation using embedded technologies.
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.
automatic irrigation system ppt
This document describes an automatic plant watering system that uses sensors like soil moisture, humidity, light, and ultrasonic sensors along with an Arduino board to control water pumps, sprinklers, lights, and fans without human intervention. The system works by sensing soil moisture and humidity levels and turning on water pumps when levels drop below a threshold. It also controls lights and fans based on light and humidity readings. An LCD display shows sensor values and system status while a GSM module sends status messages to users. The automatic system aims to efficiently water plants and save water compared to manual methods.
Automatic irrigation system
This is a presentation about automatic irrigation system. A technological irrigation. This presentation features about the types, Advantages & Dis-Advantages, Pictures, Drip and Sprinkler Systems, Common in both, The structure of the system and its usage
Innovators Challenge 2019
The project is designed to develop an automatic irrigation system which switches the pump motor ON/OFF on sensing the moisture content of the soil. In the field of agriculture, use of proper method of irrigation is important. The advantage of using this method is to reduce human intervention and still ensure proper irrigation.
The project uses an arduino which is programmed to receive the input signal of varying moisture condition of the soil through the sensing arrangement. This is achieved by using an arduino which acts as interface between the sensing arrangement . Once the controller receives this signal, it generates an output that drives a relay for operating the water pump. An LCD display is also interfaced to the microcontroller to display status of the soil and water pump. The sensing arrangement is made by using two stiff metallic rods inserted into the field at a distance. Connections from the metallic rods are interfaced to the control unit.
The concept in future can be enhanced by integrating GSM technology, such that whenever the water pump switches ON/OFF, an SMS is delivered to the concerned person regarding the status of the pump. We can also control the pump through SMS.
arduino based automatic irrigation system
This document describes an Arduino-based automatic irrigation system. The system uses soil moisture and temperature sensors to monitor soil conditions. When the soil moisture drops below a threshold, a relay connected to an Arduino board activates a water pump to irrigate. The system aims to minimize manual intervention by farmers and prevent over- or under-watering. It provides a schematic diagram of the circuit components, which include an Arduino Uno, sensors, LCD display, and relay module. The document also includes photos of the prototype and discusses the benefits of automating irrigation.
Smart Garden IOT Project
This presentation proposes a smart garden system that monitors soil moisture using sensors and controls watering automatically using a pump motor and microcontroller. The system aims to automate garden irrigation to make it more efficient and reduce human effort. It lists the components required, including an ESP8266 module, water pump, motor driver, soil moisture sensor, batteries and LEDs. The total cost is estimated at 1770 Tk. The system is intended to help users grow vegetables with less water by adjusting supply based on soil conditions, while saving water and labor compared to manual irrigation.
Microcontroller based irrigation
This document describes an advanced irrigation system using a soil moisture sensor to conserve water. The system uses a microcontroller and soil moisture sensor to automatically water plants only when needed. It measures the soil moisture level and compares it to a threshold value set by the user. If the soil is dry (below the threshold), a relay is activated to supply water. This removes the need for manual intervention by farmers and helps save up to 60% of irrigation water typically wasted through over-watering. The system guide includes the code and wiring diagram to build the automated irrigation system.
IRJET - Automatic Plant Watering System using NodeMCU
1) The document describes an automatic plant watering system that uses sensors and NodeMCU to monitor environmental conditions and water plants automatically.
2) The system collects data on temperature, humidity, and soil moisture and sends it to an Android application and the cloud to allow monitoring from anywhere.
3) It aims to make gardening easier by automating watering based on sensor readings so plants get the right amount of water when needed.
5 te soil moisture temp sensor datasheet
The 5TE is designed to measure the water content, electrical conductivity, and temperature of soil and growing media.
automatic irrigation system by sensing soil moisture content
This document describes an automatic irrigation system that uses a soil moisture sensor and Arduino microcontroller to control a water pump. The system senses the moisture level of the soil and turns the pump on or off to water the plants accordingly. It aims to help farmers efficiently irrigate their fields without wasting water or requiring constant human monitoring. When the soil is dry, the moisture sensor sends a signal to the Arduino, which activates a relay to power the water pump. When the soil becomes wet again, the pump is turned off. The system uses low-cost, reliable components and provides benefits over manual irrigation methods.
IRJET- Real Time Automatic Irrigation System with Mobile Alert
This document describes an automatic irrigation system that uses soil moisture sensors to detect when sectors of a field need water. It then opens the appropriate solenoid valve and turns on the water pump to irrigate that sector. A GSM module sends text messages to notify the farmer when sectors change from dry to wet or vice versa. The system aims to reduce human labor, efficiently use water resources, and supply plants with the right amount of water based on real-time soil moisture readings. It divides the field into independently watered sectors and only runs the pump when needed per sector, conserving water and electricity compared to traditional irrigation methods.
What's hot (19)
IRJET- A Review Paper on Design and Development of Automatic Drip Irrigation ...
IRJET- A Review Paper on Design and Development of Automatic Drip Irrigation ...
Arduino Automatic Watering System Plants Sprinkler Using IoT
Arduino Automatic Watering System Plants Sprinkler Using IoT
Design of a micro controller based automatic home garden watering system (aut...
Design of a micro controller based automatic home garden watering system (aut...
IRJET-Environment based Irrigation System using Wireless Technology
IRJET-Environment based Irrigation System using Wireless Technology
IRJET - Automatic Plant Watering System using NodeMCU
IRJET - Automatic Plant Watering System using NodeMCU
automatic irrigation system by sensing soil moisture content
automatic irrigation system by sensing soil moisture content
IRJET- Real Time Automatic Irrigation System with Mobile Alert
IRJET- Real Time Automatic Irrigation System with Mobile Alert
Similar to Urban smart plant
Automated Plant Watering System
This project uses soil moisture sensor and if the soil is dry, a mechanism to water the soil is set into motion. The whole circuit is controlled by the micro-controller based Arduino Uno Development Board.
projectppt2linkedin-160503092404 (1).pdf
This project creates an automated plant watering system using a soil moisture sensor and motors. The soil moisture sensor continuously monitors the soil and sends readings to an Arduino board. If the moisture drops below a threshold, the Arduino signals a servo motor to tilt a water container and a DC motor to pump water, hydrating the soil. This system efficiently waters plants only when needed, conserving water resources. Components include a soil moisture sensor, Arduino, motor driver IC, servo motor, DC pump motor, and wiring. The system automatically monitors soil moisture and activates watering to maintain optimal moisture levels.
madhu pptx.pptx
This document describes a student project from Sanskrithi School of Engineering on an IoT enabled smart irrigation system with weather forecasting. The system uses soil moisture, temperature, and weather data to predict irrigation needs and control a drip irrigation system. It was guided by Dr. D. Nagaraju and presented by 5 students. The system collects sensor data wirelessly via the cloud and a web interface provides real-time insights and predictions. Initial results over 3 weeks show the system's predictions are encouraging. Future work could link the system to IoT for remote monitoring and use data logging to further optimize irrigation scheduling.
Smart Agriculture and Farming
Irrigation is a scientific process of artificially supplying water to the land or soil that is being cultivated. Traditionally in dry regions having no or little rainfall water had to be supplied to the fields either through canals or hand pumps, tube wells. Conventional irrigation methods had severe problems such as increase in workload of farm labor and often it lead to problem such as over-irrigation or under-irrigation, and leaching of soil.
To develop smart based automatic Farming system capable of controlling many electrical appliances in an irrigation or field using android platform with a mobile handset, where data transmission is carried wirelessly. That’s why design Wireless transmission media using through and its interfacing peripherals for wireless data communication between Mobile Handset and appliances is our need. Hence to create a database of user interface in order to characterize the electric signals to atomize farming system. It also prevents for heat control if some farm gets burnt it’s start giving message to the farmers and also we will give fertilizers to the irrigation plant such that good yield to be produced.
Internet of Things (IoT) based Smart Water Tank Level Monitoring and Motor Pu...
This document presents an Internet of Things (IoT) based system for smart water tank level monitoring and motor pump control to prevent water waste. The system uses sensors to monitor the water level in the tank. When the level drops below a threshold, users can turn on the motor pump remotely using an Android application. When the water level rises above the maximum, the motor pump can be turned off to prevent overflow. The system aims to provide real-time monitoring of water levels and remote control of the motor pump to efficiently manage water resources and prevent wastage.
Smartirrigationsystemppt2_ab8b7290711f08aaab5dd77c986e3d20.pptx
This presentation describes a smart irrigation system that uses IoT technology. The system uses sensors to measure soil moisture, temperature, and humidity, and sends the sensor readings to the farmer in real-time. An Arduino board receives the sensor readings and controls the pumping motor to turn on and off based on the moisture levels. This allows farmers to monitor and control their irrigation system remotely using a smartphone or other digital device. The system aims to optimize water usage, reduce labor costs, and increase agricultural production.
Automated irrigation system based on soil moisture using arduino
Automated irrigation system based on soil moisture using arduino
More Details: Contact me 9982228229
www.roofurja.com
vishalnagarcool.blogspot.com
https://www.youtube.com/watch?v=utHRD4B8BxQ
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.
SmartGardeningSystem[1].pptx
The document summarizes an IoT-based smart gardening system that was designed to automate gardening tasks and make gardening easier. The system uses sensors like a soil moisture sensor and temperature sensor to monitor plant conditions. It includes a microcontroller, sensors, actuators like a servo motor and sprinkler, and an LCD display. The system can automatically water plants based on soil moisture levels, open a shelter when needed, and save water and electricity compared to manual gardening.
plant_wateringfinal.pdf
for complete document
visit my yt channel video link
https://youtube.com/shorts/ypWLkn26gs0?feature=share
Precision Irrigation using IoT and Machine Learning for Drip Irrigation
Precision Irrigation using Internet of Things, Drones, Robots, Deep Learning and Machine Learning for Drip Irrigation
IRJET- Interoperable Internet of Things Platform for Smart Irrigation System ...
This document proposes an automated solar-powered smart irrigation system using sensors and the Internet of Things to address issues with traditional irrigation methods. The system uses a solar panel to generate electricity, Arduino and Raspberry Pi for control, soil moisture sensors to detect soil moisture levels, and servo motors to automatically adjust the solar panel for maximum sunlight exposure. When the sensors detect soil moisture below a threshold, the system automatically turns on water pumps and valves to irrigate. This allows irrigation based on real-time soil conditions, reduces water and energy waste, and cuts down on human labor requirements for monitoring and control.
development of smart automated irrigation system
This study is designed to develop an automatic irrigation system that switches (ON/OFF) a pump motor by sensing the moisture content of the soil using wireless technology. Through GSM Modem, the sensed moisture content data will be sent as an SMS to the user. The project uses 8051 series microcontroller, which is programmed to receive the input signal of varying moistures of the soil through sensors. This is achieved by using an op-amp as comparator which acts as interface between the sensing device and the microcontroller. Once the controller receives the signal, it generates an output that drives a relay for operating the water pump. It also sends an SMS to the concerned number using GSM modem. An LCD display is also interfaced to the microcontroller to display the status of the soil and water pump ON/Off condition. The sensing arrangement is made using two stiff metallic rods inserted to the agricultural field required to be in control. Connections from the metallic rods are interfaced to the control unit. This concept can also be enhanced by integrating XBEE/Bluetooth technology, such that whenever the water pump switches ON/OFF, the information is sent to a smart mobile phone or XBEE transceiver module regarding the status of the pump.
Irrigation IoT G22222.ppt
The document describes an IoT-based smart irrigation system project. The system uses sensors to measure soil moisture, temperature and water levels. It sends this sensor data to an ESP32 microcontroller which controls a water pump based on the readings and plant requirements. This allows remote monitoring and control of irrigation. The system aims to save water and labor costs while improving crop yields through more efficient irrigation management.
IRJET - Smart Irrigation and Draining System using IoT
1. The document describes a smart irrigation and draining system using IoT that automatically waters crops and drains excess water based on soil moisture levels.
2. Sensors including a soil moisture sensor and rain sensor detect moisture levels and rain, and send data to a NodeMCU microcontroller which controls relays and motors.
3. When soil is dry the irrigation motor turns on, when soil is saturated the draining motor turns on, and farmers can also control the system remotely using a mobile app to water crops as needed. This reduces human labor and monitoring while saving water.
A Futuristic Approach for Smart Farming using IoT and ML
This document proposes a smart farming system using IoT and machine learning. The system would track livestock location using GPS, monitor water levels using ultrasonic sensors, detect soil moisture, and provide security through face recognition. Sensors would collect data that is uploaded to the cloud and accessed via a mobile app. This would allow farmers to monitor fields remotely. The system was designed and modeled using Raspberry Pi and Arduino, with sensors to track multiple variables and notify farmers of issues. It aims to help farmers more efficiently manage their resources and crops through technology.
PROJECT PPT (1).pptx
This document describes a smart polluted water overflow detection and alert system based on IoT. The system uses sensors like ultrasonic sensors and turbidity sensors connected to an Arduino Uno board to monitor water levels and quality in drainage systems. It detects overflow or blockages and sends alerts to authorities. The system aims to help develop smarter cities by automating drainage monitoring and management to prevent flooding and spread of water-borne diseases. Data from the sensors is accessed remotely via an Ethernet shield and WiFi module to allow real-time monitoring without human intervention.
water verflow.pdf
This document describes a smart polluted water overflow detection and alert system based on IoT. The system uses sensors like ultrasonic sensors and turbidity sensors connected to an Arduino Uno board to monitor water levels and quality in drainage systems. It detects overflow or blockages and sends alerts to authorities. The system aims to help develop smarter cities by automating drainage monitoring and management to prevent flooding and spread of water-borne diseases. Data from the sensors is accessed remotely via an Ethernet shield and WiFi module to allow real-time monitoring without human intervention.
MAHESH.pptx
Weed is a novel problem in the agriculture sector.
Weed control is a fundamental operation for any crop to maintain high yields
Hence we need a automated system to remove the weed .
Intelligent Farmer Friendly System
The greenhouse based modern agriculture of industries are the recent requirement in every part agriculture in India. In this technology, the humidity and temperature of plants are precisely controlled. Due to the variable atmospheric circumstances these conditions sometimes may vary from place to place in large farmhouse, which makes very difficult to maintain the uniformity at all the places in the farmhouse manually. It is observed that for the first time an android phone-control the Irrigation system, which could give the facilities of maintaining uniform environmental conditions are proposed. The Android Software Development Kit provides the tools and Application Programmable Interface necessary to begin developing applications on the Android platform using the Java programming language. Mobile phones have almost become an integral part of human life serving multiple needs of humans. This application makes use of the GPRS [General Packet Radio Service] feature of mobile phone as a solution for irrigation control system. GSM (Global System for Mobile Communication) is used to inform the user about the exact field condition. The information is passed onto the user request in the form of SMS. The concept of anti theft security is used It hence deters thieves from committing the theft. It also effectively prevents stealing of motor wires and it has been a persisting problem around the fields and greater challenge to the farmer.
Similar to Urban smart plant (20)
Internet of Things (IoT) based Smart Water Tank Level Monitoring and Motor Pu...
Internet of Things (IoT) based Smart Water Tank Level Monitoring and Motor Pu...
Smartirrigationsystemppt2_ab8b7290711f08aaab5dd77c986e3d20.pptx
Smartirrigationsystemppt2_ab8b7290711f08aaab5dd77c986e3d20.pptx
Automated irrigation system based on soil moisture using arduino
Automated irrigation system based on soil moisture using arduino
Welcome to International Journal of Engineering Research and Development (IJERD)
Welcome to International Journal of Engineering Research and Development (IJERD)
Precision Irrigation using IoT and Machine Learning for Drip Irrigation
Precision Irrigation using IoT and Machine Learning for Drip Irrigation
IRJET- Interoperable Internet of Things Platform for Smart Irrigation System ...
IRJET- Interoperable Internet of Things Platform for Smart Irrigation System ...
IRJET - Smart Irrigation and Draining System using IoT
IRJET - Smart Irrigation and Draining System using IoT
A Futuristic Approach for Smart Farming using IoT and ML
A Futuristic Approach for Smart Farming using IoT and ML
Recently uploaded
Safelyio Toolbox Talk Softwate & App (How To Digitize Safety Meetings)
Consistent toolbox talks are critical for maintaining workplace safety, as they provide regular opportunities to address specific hazards and reinforce safe practices.
These brief, focused sessions ensure that safety is a continual conversation rather than a one-time event, which helps keep safety protocols fresh in employees' minds. Studies have shown that shorter, more frequent training sessions are more effective for retention and behavior change compared to longer, infrequent sessions.
Engaging workers regularly, toolbox talks promote a culture of safety, empower employees to voice concerns, and ultimately reduce the likelihood of accidents and injuries on site.
The traditional method of conducting safety talks with paper documents and lengthy meetings is not only time-consuming but also less effective. Manual tracking of attendance and compliance is prone to errors and inconsistencies, leading to gaps in safety communication and potential non-compliance with OSHA regulations. Switching to a digital solution like Safelyio offers significant advantages.
Safelyio automates the delivery and documentation of safety talks, ensuring consistency and accessibility. The microlearning approach breaks down complex safety protocols into manageable, bite-sized pieces, making it easier for employees to absorb and retain information.
This method minimizes disruptions to work schedules, eliminates the hassle of paperwork, and ensures that all safety communications are tracked and recorded accurately. Ultimately, using a digital platform like Safelyio enhances engagement, compliance, and overall safety performance on site. https://safelyio.com/
Manyata Tech Park Bangalore_ Infrastructure, Facilities and More
Located in the bustling city of Bangalore, Manyata Tech Park stands as one of India’s largest and most prominent tech parks, playing a pivotal role in shaping the city’s reputation as the Silicon Valley of India. Established to cater to the burgeoning IT and technology sectors
Measures in SQL (SIGMOD 2024, Santiago, Chile)
SQL has attained widespread adoption, but Business Intelligence tools still use their own higher level languages based upon a multidimensional paradigm. Composable calculations are what is missing from SQL, and we propose a new kind of column, called a measure, that attaches a calculation to a table. Like regular tables, tables with measures are composable and closed when used in queries.
SQL-with-measures has the power, conciseness and reusability of multidimensional languages but retains SQL semantics. Measure invocations can be expanded in place to simple, clear SQL.
To define the evaluation semantics for measures, we introduce context-sensitive expressions (a way to evaluate multidimensional expressions that is consistent with existing SQL semantics), a concept called evaluation context, and several operations for setting and modifying the evaluation context.
A talk at SIGMOD, June 9–15, 2024, Santiago, Chile
Authors: Julian Hyde (Google) and John Fremlin (Google)
https://doi.org/10.1145/3626246.3653374
Photoshop Tutorial for Beginners (2024 Edition)
Photoshop Tutorial for Beginners (2024 Edition)
Explore the evolution of programming and software development and design in 2024. Discover emerging trends shaping the future of coding in our insightful analysis."
Here's an overview:Introduction: The Evolution of Programming and Software DevelopmentThe Rise of Artificial Intelligence and Machine Learning in CodingAdopting Low-Code and No-Code PlatformsQuantum Computing: Entering the Software Development MainstreamIntegration of DevOps with Machine Learning: MLOpsAdvancements in Cybersecurity PracticesThe Growth of Edge ComputingEmerging Programming Languages and FrameworksSoftware Development Ethics and AI RegulationSustainability in Software EngineeringThe Future Workforce: Remote and Distributed TeamsConclusion: Adapting to the Changing Software Development LandscapeIntroduction: The Evolution of Programming and Software Development
Photoshop Tutorial for Beginners (2024 Edition)Explore the evolution of programming and software development and design in 2024. Discover emerging trends shaping the future of coding in our insightful analysis."Here's an overview:Introduction: The Evolution of Programming and Software DevelopmentThe Rise of Artificial Intelligence and Machine Learning in CodingAdopting Low-Code and No-Code PlatformsQuantum Computing: Entering the Software Development MainstreamIntegration of DevOps with Machine Learning: MLOpsAdvancements in Cybersecurity PracticesThe Growth of Edge ComputingEmerging Programming Languages and FrameworksSoftware Development Ethics and AI RegulationSustainability in Software EngineeringThe Future Workforce: Remote and Distributed TeamsConclusion: Adapting to the Changing Software Development LandscapeIntroduction: The Evolution of Programming and Software Development
The importance of developing and designing programming in 2024
Programming design and development represents a vital step in keeping pace with technological advancements and meeting ever-changing market needs. This course is intended for anyone who wants to understand the fundamental importance of software development and design, whether you are a beginner or a professional seeking to update your knowledge.
Course objectives:
1. **Learn about the basics of software development:
- Understanding software development processes and tools.
- Identify the role of programmers and designers in software projects.
2. Understanding the software design process:
- Learn about the principles of good software design.
- Discussing common design patterns such as Object-Oriented Design.
3. The importance of user experience (UX) in modern software:
- Explore how user experience can improve software acceptance and usability.
- Tools and techniques to analyze and improve user experience.
4. Increase efficiency and productivity through modern development tools:
- Access to the latest programming tools and languages used in the industry.
- Study live examples of applications
🏎️Tech Transformation: DevOps Insights from the Experts 👩💻
Connect with fellow Trailblazers, learn from industry experts Glenda Thomson (Salesforce, Principal Technical Architect) and Will Dinn (Judo Bank, Salesforce Development Lead), and discover how to harness DevOps tools with Salesforce.
TMU毕业证书精仿办理
多伦多都会大学毕业证成绩单(留信网认证)【176555708微信】不能毕业办理假文凭回国找工作
【多伦多都会大学毕业证成绩单仿制】（176555708微信☀️）伪造研究生学位证书TMU毕业证文凭,多伦多都会大学文凭证书学籍信息入库,多伦多都会大学学位证书留学高校学位证书补办
【TMU毕业证【微信176555708】多伦多都会大学文凭学历】【微信176555708】【多伦多都会大学文凭学历证书】【多伦多都会大学毕业证书与成绩单样本图片】毕业证书补办 Fake Degree做学费单【毕业证明信-推荐信】成绩单，录取通知书，Offer，在读证明，雅思托福成绩单，真实大使馆教育部认证，回国人员证明，留信网认证。网上存档永久可查！
Alluxio Webinar | 10x Faster Trino Queries on Your Data Platform
Alluxio Webinar
June. 18, 2024
For more Alluxio Events: https://www.alluxio.io/events/
Speaker:
- Jianjian Xie (Staff Software Engineer, Alluxio)
As Trino users increasingly rely on cloud object storage for retrieving data, speed and cloud cost have become major challenges. The separation of compute and storage creates latency challenges when querying datasets; scanning data between storage and compute tiers becomes I/O bound. On the other hand, cloud API costs related to GET/LIST operations and cross-region data transfer add up quickly.
The newly introduced Trino file system cache by Alluxio aims to overcome the above challenges. In this session, Jianjian will dive into Trino data caching strategies, the latest test results, and discuss the multi-level caching architecture. This architecture makes Trino 10x faster for data lakes of any scale, from GB to EB.
What you will learn:
- Challenges relating to the speed and costs of running Trino in the cloud
- The new Trino file system cache feature overview, including the latest development status and test results
- A multi-level cache framework for maximized speed, including Trino file system cache and Alluxio distributed cache
- Real-world cases, including a large online payment firm and a top ridesharing company
- The future roadmap of Trino file system cache and Trino-Alluxio integration
Orca: Nocode Graphical Editor for Container Orchestration
Tool demo on CEDI/SISTEDES/JISBD2024 at A Coruña, Spain. 2024.06.18
"Orca: Nocode Graphical Editor for Container Orchestration"
by Pedro J. Molina PhD. from Metadev
J-Spring 2024 - Going serverless with Quarkus, GraalVM native images and AWS ...
Presented at NLJUG's J-Spring 2024.
The Comprehensive Guide to Validating Audio-Visual Performances.pdf
Ensuring the optimal performance of your audio-visual (AV) equipment is crucial for delivering exceptional experiences. AV performance validation is a critical process that verifies the quality and functionality of your AV setup. Whether you're a content creator, a business conducting webinars, or a homeowner creating a home theater, validating your AV performance is essential.
Upturn India Technologies - Web development company in Nashik
Nashik's top web development company, Upturn India Technologies, crafts innovative digital solutions for your success. Partner with us and achieve your goals
Modelling Up - DDDEurope 2024 - Amsterdam
What to do when you have a perfect model for your software but you are constrained by an imperfect business model?
This talk explores the challenges of bringing modelling rigour to the business and strategy levels, and talking to your non-technical counterparts in the process.
Superpower Your Apache Kafka Applications Development with Complementary Open...
Kafka Summit talk (Bangalore, India, May 2, 2024, https://events.bizzabo.com/573863/agenda/session/1300469 )
Many Apache Kafka use cases take advantage of Kafka’s ability to integrate multiple heterogeneous systems for stream processing and real-time machine learning scenarios. But Kafka also exists in a rich ecosystem of related but complementary stream processing technologies and tools, particularly from the open-source community. In this talk, we’ll take you on a tour of a selection of complementary tools that can make Kafka even more powerful. We’ll focus on tools for stream processing and querying, streaming machine learning, stream visibility and observation, stream meta-data, stream visualisation, stream development including testing and the use of Generative AI and LLMs, and stream performance and scalability. By the end you will have a good idea of the types of Kafka “superhero” tools that exist, which are my favourites (and what superpowers they have), and how they combine to save your Kafka applications development universe from swamploads of data stagnation monsters!
Liberarsi dai framework con i Web Component.pptx
In Italian
Presentazione sulle feature e l'utilizzo dei Web Component nell sviluppo di pagine e applicazioni web. Racconto delle ragioni storiche dell'avvento dei Web Component. Evidenziazione dei vantaggi e delle sfide poste, indicazione delle best practices, con particolare accento sulla possibilità di usare web component per facilitare la migrazione delle proprie applicazioni verso nuovi stack tecnologici.
Why Apache Kafka Clusters Are Like Galaxies (And Other Cosmic Kafka Quandarie...
Closing talk for the Performance Engineering track at Community Over Code EU (Bratislava, Slovakia, June 5 2024) https://eu.communityovercode.org/sessions/2024/why-apache-kafka-clusters-are-like-galaxies-and-other-cosmic-kafka-quandaries-explored/ Instaclustr (now part of NetApp) manages 100s of Apache Kafka clusters of many different sizes, for a variety of use cases and customers. For the last 7 years I’ve been focused outwardly on exploring Kafka application development challenges, but recently I decided to look inward and see what I could discover about the performance, scalability and resource characteristics of the Kafka clusters themselves. Using a suite of Performance Engineering techniques, I will reveal some surprising discoveries about cosmic Kafka mysteries in our data centres, related to: cluster sizes and distribution (using Zipf’s Law), horizontal vs. vertical scalability, and predicting Kafka performance using metrics, modelling and regression techniques. These insights are relevant to Kafka developers and operators.
Transforming Product Development using OnePlan To Boost Efficiency and Innova...
Ready to overcome challenges and drive innovation in your organization? Join us in our upcoming webinar where we discuss how to combat resource limitations, scope creep, and the difficulties of aligning your projects with strategic goals. Discover how OnePlan can revolutionize your product development processes, helping your team to innovate faster, manage resources more effectively, and deliver exceptional results.
WWDC 2024 Keynote Review: For CocoaCoders Austin
Overview of WWDC 2024 Keynote Address.
Covers: Apple Intelligence, iOS18, macOS Sequoia, iPadOS, watchOS, visionOS, and Apple TV+.
Understandable dialogue on Apple TV+
On-device app controlling AI.
Access to ChatGPT with a guest appearance by Chief Data Thief Sam Altman!
App Locking! iPhone Mirroring! And a Calculator!!
Kubernetes at Scale: Going Multi-Cluster with Istio
Divine Odazie and Jubril Oyetunji share tips on Going Multi-Cluster with Istio Service Mesh at DevOpsDays Houston.
14 th Edition of International conference on computer vision
About the event
14th Edition of International conference on computer vision
Computer conferences organized by ScienceFather group. ScienceFather takes the privilege to invite speakers participants students delegates and exhibitors from across the globe to its International Conference on computer conferences to be held in the Various Beautiful cites of the world. computer conferences are a discussion of common Inventions-related issues and additionally trade information share proof thoughts and insight into advanced developments in the science inventions service system. New technology may create many materials and devices with a vast range of applications such as in Science medicine electronics biomaterials energy production and consumer products.
Nomination are Open!! Don't Miss it
Visit: computer.scifat.com
Award Nomination: https://x-i.me/ishnom
Conference Submission: https://x-i.me/anicon
For Enquiry: Computer@scifat.com
A Comprehensive Guide on Implementing Real-World Mobile Testing Strategies fo...
In today's fiercely competitive mobile app market, the role of the QA team is pivotal for continuous improvement and sustained success. Effective testing strategies are essential to navigate the challenges confidently and precisely. Ensuring the perfection of mobile apps before they reach end-users requires thoughtful decisions in the testing plan.
Recently uploaded (20)
Safelyio Toolbox Talk Softwate & App (How To Digitize Safety Meetings)
Safelyio Toolbox Talk Softwate & App (How To Digitize Safety Meetings)
Manyata Tech Park Bangalore_ Infrastructure, Facilities and More
Manyata Tech Park Bangalore_ Infrastructure, Facilities and More
🏎️Tech Transformation: DevOps Insights from the Experts 👩💻
🏎️Tech Transformation: DevOps Insights from the Experts 👩💻
Alluxio Webinar | 10x Faster Trino Queries on Your Data Platform
Alluxio Webinar | 10x Faster Trino Queries on Your Data Platform
Orca: Nocode Graphical Editor for Container Orchestration
Orca: Nocode Graphical Editor for Container Orchestration
J-Spring 2024 - Going serverless with Quarkus, GraalVM native images and AWS ...
J-Spring 2024 - Going serverless with Quarkus, GraalVM native images and AWS ...
The Comprehensive Guide to Validating Audio-Visual Performances.pdf
The Comprehensive Guide to Validating Audio-Visual Performances.pdf
Upturn India Technologies - Web development company in Nashik
Upturn India Technologies - Web development company in Nashik
Superpower Your Apache Kafka Applications Development with Complementary Open...
Superpower Your Apache Kafka Applications Development with Complementary Open...
Why Apache Kafka Clusters Are Like Galaxies (And Other Cosmic Kafka Quandarie...
Why Apache Kafka Clusters Are Like Galaxies (And Other Cosmic Kafka Quandarie...
Transforming Product Development using OnePlan To Boost Efficiency and Innova...
Transforming Product Development using OnePlan To Boost Efficiency and Innova...
Kubernetes at Scale: Going Multi-Cluster with Istio
Kubernetes at Scale: Going Multi-Cluster with Istio
14 th Edition of International conference on computer vision
14 th Edition of International conference on computer vision
A Comprehensive Guide on Implementing Real-World Mobile Testing Strategies fo...
A Comprehensive Guide on Implementing Real-World Mobile Testing Strategies fo...
Urban smart plant
- 1. URBAN WATER SYSTEM Internet of Things (IoT)
- 2. Overview So what is this project? What does it do? Basically this is a Urban Water Plant monitoring system which detects if the moisture content in the soil is above or below the satisfactory threshold value. If it goes below a certain critical point, it is time to water the plant. The plant until the soil surround the plant is moist enough. An arrangement of a DC motor and a server motor is used to control the watering mechanism.
- 3. CHALLENGES In the 21st century, climate changes and depletion of resources have become a major issue to deal with. ● Population ● Increase demand of natural resources ● Water shortage
- 4. Current Situation Conventional Irrigation uses a lot of water, hence a lot of water is wasted daily. With the help of advance irrigation methods we can use the exact right amount of water for the plants. Hence, we could save a lot of water. Sensors ● Soil moisture sensors- This is the motivation of this project.
- 5. Equipements & Technologies Used Genuino 101 Soil Moisture sensor module. Moto Driver IC L293D Servo Motor Pump Motor Wires and Jumper cords Influx DB & Tableau Software
- 6. Arduino ● The Arduino is an open source micro controller based kit for building digital devices and interactive objects that can sense and control objects in the physical world.
- 7. Influx DB Written in go No external dependency SQL style queries High availability storage Provide security Helps in retrieval of time series data in fields. Data visualization software Easy to connect to any data source. It allows for instantaneous insight for transforming data into interactive virtulization. Tableau Software
- 8. Servo Motor & Motor Driver IC L293D Servo Motor is a rotatory actuator that allows for precise control of angular or linear position, velocity and acceleration. It consists of a suitable motor coupled to a sensor for position feedback. Motor Driver IC L293D is motor driver intergrated circuit which can control the set of two DC motors simultanoesly. It is basically a current amplifier which takes low current signal from the micro controller.
- 9. Soil Moisture Sensor Soil moisture sensors measure volumetric water content in the soil. They use capacitance to measure de-electric permittivity of the surrounding medium. De-electric permittivity means the function of water content.
- 10. THANK YOU Mandala Suchitra Parvathi, 1873370 Pothina Vamsi Krishna, 1875840 Alfin Joji, 1875469 Shilpa Joy, 1877037