This presentation will be useful for the Information science and Computer science students. It contains Use case diagrams, Activity diagrams and data flow diagrams along with details of other sensors.
IOT: Home Automation using Android ApplicationNikhil Jadav
Mobile devices are ideal in providing a user interface, they are portable and their wide range of capabilities. They can communicate with the Home automation network through an internet gateway, and also it can also directly, as these devices usually implement low power communication protocols, such as Wi-Fi.
This document presents a home automation system using Node MCU. It proposes using Node MCU to control electrical appliances like fans, lights and doors via a smartphone app. The system would allow control of devices from a long distance. It discusses related work on home automation with Node MCU. The proposed work would allow energy savings and home security through remote control and monitoring. A block diagram shows the system components including Node MCU, relay drivers, appliances, and a smartphone app. The methodology describes programming Node MCU to control relays and devices. Testing showed the system can automate home appliances through remote smartphone control.
This presentation introduces home automation and voice control. It discusses how home automation allows remote control of devices like lights and appliances from a mobile device or laptop. It then covers the types of home automation systems including PC-based, standalone, and hybrid systems. Finally, it demonstrates a home automation project using an Arduino, Bluetooth, and a mobile app for voice commands to control lights and motors in a home.
Home automation using blynk app with fan direction control and displaying sta...Diwash Kapil Chettri
The document presents a mini project on controlling electrical appliances using IoT. The project uses an ESP8266 WiFi module, an L298 motor driver, relay modules, and an LCD display to interface appliances like bulbs, fans, and AC units. A smartphone app allows remote control and monitoring of devices. The system provides convenience, energy savings, and security for smart home automation. Challenges include data security and lack of standards. The project aims to address increasing demand for smart homes with remote control and data collection capabilities.
Project report on home automation using Arduino AMIT SANPUI
This document describes an Arduino-based home automation project using Bluetooth. The project aims to develop a system that allows household appliances to be remotely controlled from an Android smartphone. An Arduino board is interfaced with a Bluetooth module to receive ON/OFF commands sent from an Android app. Relays connected to the Arduino can then switch loads such as lights and fans. The system provides a low-cost way to remotely control appliances, especially benefiting elderly or disabled users.
SMART HOME AUTOMATION USING MOBILE APPLICATIONEklavya Sharma
This document outlines a smart home automation project using a mobile application to control home appliances via an Arduino board and Bluetooth module. The objectives are to understand smart home concepts, establish serial communication between Arduino and a mobile device, and design a user interface. The system allows controlling AC loads from an Android phone app through an Arduino, Bluetooth module, relays, and relay driver IC. A block diagram and flowchart illustrate the components and process. An App Inventor mobile app is created to provide the human-machine interface.
This document describes a home automation system using a Raspberry Pi. The system allows centralized control of devices like lights, appliances, and security systems. It uses a Raspberry Pi as the central controller connected to hardware components like relays and sockets. The Raspberry Pi runs software to control devices over a local network or remotely. The home automation system provides benefits like convenience, energy efficiency, and security while being cheaper and more flexible than traditional systems. Future applications could include remote health monitoring and smart parking.
IOT: Home Automation using Android ApplicationNikhil Jadav
Mobile devices are ideal in providing a user interface, they are portable and their wide range of capabilities. They can communicate with the Home automation network through an internet gateway, and also it can also directly, as these devices usually implement low power communication protocols, such as Wi-Fi.
This document presents a home automation system using Node MCU. It proposes using Node MCU to control electrical appliances like fans, lights and doors via a smartphone app. The system would allow control of devices from a long distance. It discusses related work on home automation with Node MCU. The proposed work would allow energy savings and home security through remote control and monitoring. A block diagram shows the system components including Node MCU, relay drivers, appliances, and a smartphone app. The methodology describes programming Node MCU to control relays and devices. Testing showed the system can automate home appliances through remote smartphone control.
This presentation introduces home automation and voice control. It discusses how home automation allows remote control of devices like lights and appliances from a mobile device or laptop. It then covers the types of home automation systems including PC-based, standalone, and hybrid systems. Finally, it demonstrates a home automation project using an Arduino, Bluetooth, and a mobile app for voice commands to control lights and motors in a home.
Home automation using blynk app with fan direction control and displaying sta...Diwash Kapil Chettri
The document presents a mini project on controlling electrical appliances using IoT. The project uses an ESP8266 WiFi module, an L298 motor driver, relay modules, and an LCD display to interface appliances like bulbs, fans, and AC units. A smartphone app allows remote control and monitoring of devices. The system provides convenience, energy savings, and security for smart home automation. Challenges include data security and lack of standards. The project aims to address increasing demand for smart homes with remote control and data collection capabilities.
Project report on home automation using Arduino AMIT SANPUI
This document describes an Arduino-based home automation project using Bluetooth. The project aims to develop a system that allows household appliances to be remotely controlled from an Android smartphone. An Arduino board is interfaced with a Bluetooth module to receive ON/OFF commands sent from an Android app. Relays connected to the Arduino can then switch loads such as lights and fans. The system provides a low-cost way to remotely control appliances, especially benefiting elderly or disabled users.
SMART HOME AUTOMATION USING MOBILE APPLICATIONEklavya Sharma
This document outlines a smart home automation project using a mobile application to control home appliances via an Arduino board and Bluetooth module. The objectives are to understand smart home concepts, establish serial communication between Arduino and a mobile device, and design a user interface. The system allows controlling AC loads from an Android phone app through an Arduino, Bluetooth module, relays, and relay driver IC. A block diagram and flowchart illustrate the components and process. An App Inventor mobile app is created to provide the human-machine interface.
This document describes a home automation system using a Raspberry Pi. The system allows centralized control of devices like lights, appliances, and security systems. It uses a Raspberry Pi as the central controller connected to hardware components like relays and sockets. The Raspberry Pi runs software to control devices over a local network or remotely. The home automation system provides benefits like convenience, energy efficiency, and security while being cheaper and more flexible than traditional systems. Future applications could include remote health monitoring and smart parking.
This document describes an Arduino-based home automation system using Bluetooth. The system allows users to control electrical appliances in their home remotely from an Android smartphone. An Arduino board is interfaced with a Bluetooth module to receive ON/OFF commands from a GUI app on the phone. Loads like lights and fans are then controlled by the Arduino board through optoisolators and thyristors. The system provides convenience and energy savings by allowing remote control of devices without needing to move proximity to switches. It was experimentally tested to successfully control sample appliances from a wireless mobile device.
Raspberry Pi controlled Home AutomationRaiz Maharjan
A project report of Home Automation that allows users to remotely control home appliances using android app, also equipped with live streaming feature.
CONTROLLING HOME APPLIANCES WITH IOT,BLYNK APP & NODE MCUVINAY KUMAR GUDELA
This document discusses controlling home appliances with IoT, Blynk app, and Node MCU. It outlines the components required, including relays, Node MCU ESP8266, batteries, and LED bulbs. The software requirements of Blynk app and Arduino IDE are explained. Circuit diagrams and code are provided. How IoT works for home automation is described, along with advantages like remote control and energy efficiency. Applications include lighting control, home monitoring, and smart appliances. The conclusion is that home automation using IoT was experimentally proven to successfully control appliances remotely over the internet.
I propose a smart digital door lock system for home automation. A digital door lock system is equipment that uses the digital information such as a secret code, semi-conductors, smart card, and finger prints as the method for authentication instead of the legacy key system.
This document describes a password based door locking security system presented by four students. The system uses a microcontroller, keypad, LCD display, buzzer, DC motor, and other components. It allows a user to enter a password to open the door for security and can be used to secure doors, lockers, and other areas. The system was tested and provides advantages like automatic door opening and indication of unauthorized entry while being cost efficient.
This document discusses home automation using the Internet of Things (IoT). It defines home automation as introducing computerized control over home appliances like lights and fans. IoT is described as physical objects connected to the internet that can interact with their environment. The benefits of home automation using IoT are listed as energy efficiency, savings, convenience, and remote control of home functions. A basic system design is presented involving connecting sensors to devices, a web server page for monitoring and control via HTML, and cloud storage of data. The conclusion states that IoT will revolutionize home automation in the next 5 years with an expected 50 billion connected devices by 2020.
This document provides an overview of home automation. It defines home automation as the automatic control of household appliances, security systems, lighting, and HVAC systems using electronic devices and software. The document discusses why home automation is useful by allowing for remote and seamless control of home functions from devices like smartphones. It then describes how home automation works using sensors, controllers, and actuators connected to devices like cameras, motion detectors, temperature sensors, and Arduino boards. The document outlines some common components of home automation systems like Bluetooth modules, microcontrollers, relays, and Android apps. It lists advantages like savings, safety, and convenience and gives examples of applications such as smart kitchens, security systems, health monitoring, and irrigation control
This document outlines a student project to develop a low-cost home automation system using IoT. It discusses what IoT is and its applications such as smart homes. It then describes how the group will create a home automation system using a Raspberry Pi, sensors, and relays to control devices remotely via a smartphone app. Some key benefits are low-cost and flexibility, while disadvantages include potential reliability issues. The system is intended to help automate security, entertainment, and other functions in the home using an internet connection.
Presentation on IoT Based Home Automation using android & NodeMCUSouvik Kundu
This document presents a project on an IoT-based home automation system using an Android application. A group of 4 students developed the system under the supervision of Mr. Dipra Mitra. The system allows users to control home appliances like lights and fans remotely using a mobile app. It consists of NodeMCU microcontrollers connected to relays and sensors to control devices. The app communicates with these controllers over the internet to automate tasks based on time or sensor triggers. The system provides benefits like energy savings and remote monitoring and control of devices.
Home automation allows controlling devices in one's home from a remote laptop or mobile device. The document discusses using an Arduino board connected to a GSM shield to control devices via SMS or phone calls. Relays connect devices to specific pins on the Arduino board to allow remote activation. Bluetooth enables phone communication. The system provides convenience, safety, and energy savings while controlling lights, appliances and more from anywhere.
This document describes a voice-controlled home appliance system using a microcontroller. An Android application sends voice commands via Bluetooth to the microcontroller, which then operates devices like lights and appliances through TRIACs and opto-isolators. The system allows users to remotely control home appliances just by using voice commands from a smartphone, providing convenience and accessibility.
Home automation is a growing industry that allows users to control and monitor their home systems remotely using internet-connected devices. It provides convenience, control, and a sense of coolness to users. Common early applications included HVAC, lighting, audio/video, and intercom systems. Hardware interfaces like Arduino, Raspberry Pi, and ESP8266 modules connect sensors and devices to cloud services for remote access via apps and websites. The technology is moving towards more energy efficient green building features, advanced security including biometrics, and capabilities for monitoring vacant homes. It allows for flexible, programmable, and affordable automation of various systems and peripherals to make homes smarter and more efficient.
Automatic water level monitoring and control system using IoTDanish Mehraj
This is the documentation for making Automatic water level monitoring and control system using Internet of Thimgs (IoT) which will help is to save water and removes the efforts to take care of watering u[ the tanks in homes and offices.
This document presents an Arduino-based home automation system using Bluetooth. It introduces the project, includes a block diagram, lists the hardware requirements, and describes the process for making a relay circuit. It explains the components used - Arduino UNO, Bluetooth module, relay, transistors and resistors. Software used is Arduino IDE. Advantages are convenience and energy savings. Disadvantages include limited range and number of devices controlled. Future work proposes using Ethernet and WiFi for remote control from anywhere.
The presentation discusses designing a home automation system using Arduino that allows controlling electrical appliances like lights and fans via a smartphone. It aims to create a low-cost, user-friendly system especially for elderly and disabled users. The system uses an Arduino board, Bluetooth module, relay board and smartphone app to wirelessly control connected devices. Experimental tests showed the prototype system was effective with satisfactory performance at low cost.
Today Home Automation is one of the growing requirement in the society. This paper presents the implementation of Home Automation using Raspberry Pi. The Raspberry Pi is a basic embedded system and being a low cost single-board computer used to reduce the complexity of systems in real time applications. This application mainly serves as an efficient base to control various home appliance like Fan, Tube light, Refrigerator through mobile based application. The application is designed to provide a facility to user to access control of many appliances used in homes.
This document discusses smart home technology. It defines a smart home as using technology to automate and control home systems like lighting, appliances, security and audio from a central location. It works through receivers that detect signals from transmitters to control devices. Early innovations in the 1960s contributed to smart home development, but the term was coined in 1984. Common technologies used include X-10, Zigbee and Z-Wave mesh networks. While basic smart home systems can cost around $100, fully integrated voice controlled systems can be in the thousands. Installation costs for wiring a new home range from $2000-5000.
This document discusses a home automation project using Internet of Things (IoT) technology. It found that 34% of respondents sometimes forget to turn off appliances, motivating the project. The project aims to control lighting, HVAC, appliances and security using an ESP8266 WiFi module connected to relays and powered by a 12V battery, allowing remote control via a smartphone. IoT offers convenience, comfort and energy efficiency by automating household tasks and connecting devices to the internet.
This document discusses home security automation and its objectives. It aims to design and implement a home security automation system to control basic appliances while providing security features like motion detection. The system will identify the current status of appliances, detect human motion, read input signals from the control panel, and allow remote users to turn appliances on/off over the internet. It will also randomly turn lights on/off for security and connect appliances to output relays for remote control. Literature on connecting appliances to switches and control panels, security and motion detection, and remote access is reviewed. The hardware and software design, implementation, testing, and analysis of the system are outlined.
The document describes the design and implementation of a real-time weather monitoring system using Internet of Things technologies. The system gathers data on temperature, humidity, rainfall, and light levels from various sensors and sends it in real-time to a local server and Blynk application. The weather station allows users to access current and historical weather data for analysis and forecasting. It uses low-cost sensors and microcontrollers to provide an affordable solution for remote environmental monitoring.
This document describes an Arduino-based home automation system using Bluetooth. The system allows users to control electrical appliances in their home remotely from an Android smartphone. An Arduino board is interfaced with a Bluetooth module to receive ON/OFF commands from a GUI app on the phone. Loads like lights and fans are then controlled by the Arduino board through optoisolators and thyristors. The system provides convenience and energy savings by allowing remote control of devices without needing to move proximity to switches. It was experimentally tested to successfully control sample appliances from a wireless mobile device.
Raspberry Pi controlled Home AutomationRaiz Maharjan
A project report of Home Automation that allows users to remotely control home appliances using android app, also equipped with live streaming feature.
CONTROLLING HOME APPLIANCES WITH IOT,BLYNK APP & NODE MCUVINAY KUMAR GUDELA
This document discusses controlling home appliances with IoT, Blynk app, and Node MCU. It outlines the components required, including relays, Node MCU ESP8266, batteries, and LED bulbs. The software requirements of Blynk app and Arduino IDE are explained. Circuit diagrams and code are provided. How IoT works for home automation is described, along with advantages like remote control and energy efficiency. Applications include lighting control, home monitoring, and smart appliances. The conclusion is that home automation using IoT was experimentally proven to successfully control appliances remotely over the internet.
I propose a smart digital door lock system for home automation. A digital door lock system is equipment that uses the digital information such as a secret code, semi-conductors, smart card, and finger prints as the method for authentication instead of the legacy key system.
This document describes a password based door locking security system presented by four students. The system uses a microcontroller, keypad, LCD display, buzzer, DC motor, and other components. It allows a user to enter a password to open the door for security and can be used to secure doors, lockers, and other areas. The system was tested and provides advantages like automatic door opening and indication of unauthorized entry while being cost efficient.
This document discusses home automation using the Internet of Things (IoT). It defines home automation as introducing computerized control over home appliances like lights and fans. IoT is described as physical objects connected to the internet that can interact with their environment. The benefits of home automation using IoT are listed as energy efficiency, savings, convenience, and remote control of home functions. A basic system design is presented involving connecting sensors to devices, a web server page for monitoring and control via HTML, and cloud storage of data. The conclusion states that IoT will revolutionize home automation in the next 5 years with an expected 50 billion connected devices by 2020.
This document provides an overview of home automation. It defines home automation as the automatic control of household appliances, security systems, lighting, and HVAC systems using electronic devices and software. The document discusses why home automation is useful by allowing for remote and seamless control of home functions from devices like smartphones. It then describes how home automation works using sensors, controllers, and actuators connected to devices like cameras, motion detectors, temperature sensors, and Arduino boards. The document outlines some common components of home automation systems like Bluetooth modules, microcontrollers, relays, and Android apps. It lists advantages like savings, safety, and convenience and gives examples of applications such as smart kitchens, security systems, health monitoring, and irrigation control
This document outlines a student project to develop a low-cost home automation system using IoT. It discusses what IoT is and its applications such as smart homes. It then describes how the group will create a home automation system using a Raspberry Pi, sensors, and relays to control devices remotely via a smartphone app. Some key benefits are low-cost and flexibility, while disadvantages include potential reliability issues. The system is intended to help automate security, entertainment, and other functions in the home using an internet connection.
Presentation on IoT Based Home Automation using android & NodeMCUSouvik Kundu
This document presents a project on an IoT-based home automation system using an Android application. A group of 4 students developed the system under the supervision of Mr. Dipra Mitra. The system allows users to control home appliances like lights and fans remotely using a mobile app. It consists of NodeMCU microcontrollers connected to relays and sensors to control devices. The app communicates with these controllers over the internet to automate tasks based on time or sensor triggers. The system provides benefits like energy savings and remote monitoring and control of devices.
Home automation allows controlling devices in one's home from a remote laptop or mobile device. The document discusses using an Arduino board connected to a GSM shield to control devices via SMS or phone calls. Relays connect devices to specific pins on the Arduino board to allow remote activation. Bluetooth enables phone communication. The system provides convenience, safety, and energy savings while controlling lights, appliances and more from anywhere.
This document describes a voice-controlled home appliance system using a microcontroller. An Android application sends voice commands via Bluetooth to the microcontroller, which then operates devices like lights and appliances through TRIACs and opto-isolators. The system allows users to remotely control home appliances just by using voice commands from a smartphone, providing convenience and accessibility.
Home automation is a growing industry that allows users to control and monitor their home systems remotely using internet-connected devices. It provides convenience, control, and a sense of coolness to users. Common early applications included HVAC, lighting, audio/video, and intercom systems. Hardware interfaces like Arduino, Raspberry Pi, and ESP8266 modules connect sensors and devices to cloud services for remote access via apps and websites. The technology is moving towards more energy efficient green building features, advanced security including biometrics, and capabilities for monitoring vacant homes. It allows for flexible, programmable, and affordable automation of various systems and peripherals to make homes smarter and more efficient.
Automatic water level monitoring and control system using IoTDanish Mehraj
This is the documentation for making Automatic water level monitoring and control system using Internet of Thimgs (IoT) which will help is to save water and removes the efforts to take care of watering u[ the tanks in homes and offices.
This document presents an Arduino-based home automation system using Bluetooth. It introduces the project, includes a block diagram, lists the hardware requirements, and describes the process for making a relay circuit. It explains the components used - Arduino UNO, Bluetooth module, relay, transistors and resistors. Software used is Arduino IDE. Advantages are convenience and energy savings. Disadvantages include limited range and number of devices controlled. Future work proposes using Ethernet and WiFi for remote control from anywhere.
The presentation discusses designing a home automation system using Arduino that allows controlling electrical appliances like lights and fans via a smartphone. It aims to create a low-cost, user-friendly system especially for elderly and disabled users. The system uses an Arduino board, Bluetooth module, relay board and smartphone app to wirelessly control connected devices. Experimental tests showed the prototype system was effective with satisfactory performance at low cost.
Today Home Automation is one of the growing requirement in the society. This paper presents the implementation of Home Automation using Raspberry Pi. The Raspberry Pi is a basic embedded system and being a low cost single-board computer used to reduce the complexity of systems in real time applications. This application mainly serves as an efficient base to control various home appliance like Fan, Tube light, Refrigerator through mobile based application. The application is designed to provide a facility to user to access control of many appliances used in homes.
This document discusses smart home technology. It defines a smart home as using technology to automate and control home systems like lighting, appliances, security and audio from a central location. It works through receivers that detect signals from transmitters to control devices. Early innovations in the 1960s contributed to smart home development, but the term was coined in 1984. Common technologies used include X-10, Zigbee and Z-Wave mesh networks. While basic smart home systems can cost around $100, fully integrated voice controlled systems can be in the thousands. Installation costs for wiring a new home range from $2000-5000.
This document discusses a home automation project using Internet of Things (IoT) technology. It found that 34% of respondents sometimes forget to turn off appliances, motivating the project. The project aims to control lighting, HVAC, appliances and security using an ESP8266 WiFi module connected to relays and powered by a 12V battery, allowing remote control via a smartphone. IoT offers convenience, comfort and energy efficiency by automating household tasks and connecting devices to the internet.
This document discusses home security automation and its objectives. It aims to design and implement a home security automation system to control basic appliances while providing security features like motion detection. The system will identify the current status of appliances, detect human motion, read input signals from the control panel, and allow remote users to turn appliances on/off over the internet. It will also randomly turn lights on/off for security and connect appliances to output relays for remote control. Literature on connecting appliances to switches and control panels, security and motion detection, and remote access is reviewed. The hardware and software design, implementation, testing, and analysis of the system are outlined.
The document describes the design and implementation of a real-time weather monitoring system using Internet of Things technologies. The system gathers data on temperature, humidity, rainfall, and light levels from various sensors and sends it in real-time to a local server and Blynk application. The weather station allows users to access current and historical weather data for analysis and forecasting. It uses low-cost sensors and microcontrollers to provide an affordable solution for remote environmental monitoring.
WEB BASED REALTIME CONTROL AND HOME AUTOMATION SYSTEMATHUL RAJ.R
this is the presentation forthe project "WEB BASED REAL TIME CONTROL AND HOME AUTOMATION SYSTEM". This arduino based system will help to control our home appliances automatically and we can control it through internet by using mobile phone or PC. full report available on "https://www.slideshare.net/ruathulraj/web-based-real-time-control-and-home-automation-system"
The document describes a flood rescue robot that was created to help locate and rescue people affected by natural disasters like flooding. The robot uses sensors like passive infrared receivers, gas sensors, and ultrasonic sensors to detect people, measure gas levels, detect obstacles, and measure distances underwater. It can be controlled using a smartphone app and aims to guide rescue teams to affected areas safely and help address the deaths that have occurred due to lack of technology to locate people during disasters.
This document describes a real time automation system for colleges. The system uses an Arduino microcontroller along with sensors like PIR, LDR, and LM35 to automate functions like class bell timing, light/fan control, and notice display. It allows authorized users to control devices and send notices via GSM. The system aims to reduce manual work and delays while allowing energy conservation through automatic control of devices based on sensors.
Design Development of Water Monitoring Systems by Using Arduino and SensorsSai Bhaskar Reddy Nakka
The document discusses the design and development of a water monitoring system using various sensors. It begins with an acknowledgment section thanking those involved in the project. It then provides an abstract that outlines the need for effective water management and monitoring. The document goes on to discuss different types of sensors that can be used for monitoring water levels, soil moisture, and temperature/humidity. It describes contact sensors like soil moisture sensors and non-contact sensors like ultrasonic sensors. It also discusses the arduino processing platform and components like the GSM module for data transmission. The document appears to provide details on setting up water monitoring systems using the various sensors connected to an arduino.
Temperature based fan speed control & monitoring usingJagannath Dutta
Our object of making this project is for reducing the power consumption. And also to assist people who are disabled and are unable to control the speed of fan.
This document describes a wireless firefighting robot controlled by a touchscreen. The robot is divided into two parts: a control panel with a touchscreen and microcontroller, and a mobile robot with microcontroller, sensors, motor and water sprayer. The touchscreen sends commands wirelessly to the mobile robot to navigate and spray water when the fire or obstacle sensors detect issues. This robot aims to reduce risks to human firefighters and control fires remotely. Its advantages include replacing human labor, easy wireless control, accurate sensing and reliability. The technology has potential for hazardous applications and preventing future fire disasters.
Developing Infrared Controlled Automated Door SystemIJMER
International Journal of Modern Engineering Research (IJMER) is Peer reviewed, online Journal. It serves as an international archival forum of scholarly research related to engineering and science education.
Self-Sustaining Planter with Disease DetectionIRJET Journal
This document describes a self-sustaining planter that automates watering plants and protects them from extreme weather. It collects real-time data on soil moisture and light intensity through a mobile application. It can also automatically and manually control the movement of plant pots. The planter uses sensors to detect changes in light and moisture levels and controls watering and an artificial light accordingly. It also has the ability to detect plant diseases using a trained machine learning model. The planter is powered by an ESP32 microcontroller and the mobile app allows users to monitor the plant's conditions and control pot movement remotely.
Self-Sustaining Planter with Disease DetectionIRJET Journal
This document describes a self-sustaining planter that automates watering plants and protects them from extreme weather. It collects real-time data on soil moisture and light intensity through a mobile application. It can also automatically and manually control the movement of plant pots. The planter uses sensors to detect changes in light and moisture levels and controls watering and an artificial light accordingly. It also has the ability to detect plant diseases using a trained machine learning model. The planter is powered by an ESP32 microcontroller and the mobile app allows users to monitor the plant's conditions and control pot movement remotely.
This document describes a project to add a pushbar cleaning mechanism to concrete handling equipment. It discusses using proximity sensors and a PLC to automate the mechanism. The PLC programming logic and inputs/outputs are described. Future projects proposed include automating height measurement of pavers and installing a cuber machine using a CODESYS open source programming software.
This document describes a smart blind walking stick that uses ultrasonic sensors and other components to help blind people navigate independently. The stick detects nearby objects using ultrasonic sensors and notifies the user via voice commands from a playback module. It determines distances to nearby objects and warns the user if objects are close through different voice alerts. The stick is powered by an Arduino microcontroller and includes additional sensors, displays, and circuits to accurately detect obstacles and assist blind users in walking confidently without needing assistance from others. The goal is to help overcome challenges faced by blind people through an improved walking stick that provides object detection and distance information.
IOT BASED AIR QUALITY INDEX MONITORING SYSTEM – MONITOR PM2.5, PM10, AND CO U...DeepakK547422
This document describes an IoT-based air quality monitoring system that uses sensors to measure PM2.5, PM10, and carbon monoxide levels. The system includes an ESP32 microcontroller, Nova SDS011 and MQ-7 sensors to measure particulate matter and gas levels, and a DHT11 sensor to measure temperature and humidity. The air quality index values will be published to Adafruit IO so they can be monitored remotely. Key components discussed include the sensors, LCD display, gas sensor, temperature/humidity sensor, Arduino microcontroller, and other hardware.
This document describes an IoT-based air pollution monitoring system using NodeMCU, various sensors, and cloud connectivity. The system monitors air quality factors like temperature, humidity, and harmful gases using a DHT11 temperature/humidity sensor and MQ-135 gas sensor. The NodeMCU collects data from the sensors and sends it to a cloud server via WiFi. Users can access the real-time pollution data from anywhere using an app. When levels exceed thresholds, alerts are sent. The system is inexpensive, portable, and helps monitor air quality continuously.
Using LoRa Technology to Monitor and Control Sensors in GreenhouseIRJET Journal
This document describes a system that uses LoRa technology to remotely monitor and control sensors in a greenhouse. The system has two sections - the first section uses sensors to measure temperature, humidity, soil moisture, and rain inside the greenhouse and sends this data to the second section using LoRa technology. The second section receives the sensor data using LoRa, connects to the internet or an IoT network, and displays the readings on a website to allow for remote monitoring from anywhere. The system provides long-range wireless connectivity of up to 15 km to integrate and control the greenhouse sensors remotely.
This project is called ‘Voice Controlled Home Automation project using Arduino’
which enables a user to control the home appliances through voice commands sent to
an Android app i.e AMR voice app.
IRJET- Water Quality Monitoring using TDS, Turbidity, Temperature & pH Se...IRJET Journal
This document describes a water quality monitoring system that uses sensors to measure the temperature, turbidity, pH, and total dissolved solids of water. The sensor data is sent to a microcontroller and compared to preset safe ranges. If any parameters fall outside the safe ranges, a message is sent via GSM module to alert authorities. The system is designed to automatically monitor water quality and alert people if the water is not suitable for drinking. It provides real-time water monitoring to help ensure local water supplies are safe.
This document discusses an embedded system for home automation that uses various sensors and a microcontroller to automatically control lights and fans based on environmental factors. The system includes a door frame sensor, light sensor, temperature sensor, and security switch that provide inputs to a microcontroller. The microcontroller then drives relays to control lights and fans. The goal is to automate household tasks for convenience and energy efficiency while maintaining user control. It also outlines potential for future expansion of automation and control of additional appliances both indoors and outdoors.
Similar to Home automation using android phones-Project 2nd phase ppt (20)
The Fascinating World of Bats: Unveiling the Secrets of the Nightthomasard1122
The Fascinating World of Bats: Unveiling the Secrets of the Night
Bats, the mysterious creatures of the night, have long been a source of fascination and fear for humans. With their eerie squeaks and fluttering wings, they have captured our imagination and sparked our curiosity. Yet, beyond the myths and legends, bats are fascinating creatures that play a vital role in our ecosystem.
There are over 1,300 species of bats, ranging from the tiny Kitti's hog-nosed bat to the majestic flying foxes. These winged mammals are found in almost every corner of the globe, from the scorching deserts to the lush rainforests. Their diversity is a testament to their adaptability and resilience.
Bats are insectivores, feeding on a vast array of insects, from mosquitoes to beetles. A single bat can consume up to 1,200 insects in an hour, making them a crucial part of our pest control system. By preying on insects that damage crops, bats save the agricultural industry billions of dollars each year.
But bats are not just useful; they are also fascinating creatures. Their ability to fly in complete darkness, using echolocation to navigate and hunt, is a remarkable feat of evolution. They are also social animals, living in colonies and communicating with each other through a complex system of calls and body language.
Despite their importance, bats face numerous threats, from habitat destruction to climate change. Many species are endangered, and conservation efforts are necessary to protect these magnificent creatures.
In conclusion, bats are more than just creatures of the night; they are a vital part of our ecosystem, playing a crucial role in maintaining the balance of nature. By learning more about these fascinating animals, we can appreciate their importance and work to protect them for generations to come. So, let us embrace the beauty and mystery of bats, and celebrate their unique place in our world.
Amid the constant barrage of distractions and dwindling motivation, self-discipline emerges as the unwavering beacon that guides individuals toward triumph. This vital quality serves as the key to unlocking one’s true potential, whether the aspiration is to attain personal goals, ascend the career ladder, or refine everyday habits.
Understanding Self-Discipline
At Affordable Garage Door Repair, we specialize in both residential and commercial garage door services, ensuring your property is secure and your doors are running smoothly.
Biography and career history of Bruno AmezcuaBruno Amezcua
Bruno Amezcua's entry into the film and visual arts world seemed predestined. His grandfather, a distinguished film editor from the 1950s through the 1970s, profoundly influenced him. This familial mentorship early on exposed him to the nuances of film production and a broad array of fine arts, igniting a lifelong passion for narrative creation. Over 15 years, Bruno has engaged in diverse projects showcasing his dedication to the arts.
Insanony: Watch Instagram Stories Secretly - A Complete GuideTrending Blogers
Welcome to the world of social media, where Instagram reigns supreme! Today, we're going to explore a fascinating tool called Insanony that lets you watch Instagram Stories secretly. If you've ever wanted to view someone's story without them knowing, this blog is for you. We'll delve into everything you need to know about Insanony with Trending Blogers!
MISS TEEN LUCKNOW 2024 - WINNER ASIYA 2024DK PAGEANT
In the dynamic city of Lucknow, known for its wealthy social legacy and authentic importance, a youthful star has developed, capturing the hearts of numerous with her elegance, insights, and eagerness. Asiya, as of late delegated as the champ from Lucknow for Miss Youngster India 2024 by the DK Pageant, stands as a confirmation of the monstrous ability and potential dwelling inside the youth of India. This exceptional young lady is a signal of excellence and a paragon of devotion and aspiration.
MRS PUNE 2024 - WINNER AMRUTHAA UTTAM JAGDHANEDK PAGEANT
Amruthaa Uttam Jagdhane, a stunning woman from Pune, has won the esteemed title of Mrs. India 2024, which is given out by the Dk Exhibition. Her journey to this prestigious accomplishment is a confirmation of her faithful assurance, extraordinary gifts, and profound commitment to enabling women.
Analysis and Assessment of Gateway Process – HemiSync(1).PDF
Home automation using android phones-Project 2nd phase ppt
1. “Android based
Wireless Load Control and Monitoring”
DAYANANDA SAGAR ACADEMY OF TECHNOLOGY
AND MANAGEMENT
Dept. of Information Science & Engineering.
By,
Thrishma Reddy.S
(1DT11IS044)
Bhuvana A.U (1DT11IS009)
Mohammed Mujahid Afsar
(1DT11IS025)
Under the guidance
of
Prof. Supreetha Pai
(Assistant Professor)
2. CONTENTS
• Problem Statement
• High level design
i)Modular classification
ii)System architecture
iii)Data flow diagram
• Detailed design
i)Use case diagram with scenario
ii)Sequence diagram
iii)Activity diagram
• Implementation
i)Modular design
ii)Pseudocode
• Gantt chart
3. PROBLEM STATEMENT
• While people are pursuing ever-growing high quality of their lives today.
This leads to more and more facilities and home appliances poured into
their buildings. How to control and manage these versatile facilities and
appliances in a house?
• Usually conventional wall switches are located in different corners of a
house and, thus necessitate the need of manual operations like pressing to
turn the loads on or off. It becomes very difficult for the elderly or
physically handicapped people to operate them. How to help them?
10. Home
appliances
system
LPG gas
fan
light
intruder
water level
<<include>>
Set values
ON/OFF
Security
alert
(USER)
Alert
police
Set values
ON/OFF
set value
ON/OFF
Fire alert
Alert notification
(USER)
Smoke
alert
Set values
ON/OFF
<<include>>
<<include>>
<<include>>
<<exclude>>
<<exclude>>
<<exclude>>
<<exclude>>
<<exclude>>
user
Fire dept
police
USE CASE DIAGRAM WITH SCENARIOS
<<include>>
<<exclude>> <<exclude>>
11. : Home Owner
:Login :Hardware
1: enter usrname & passwd
5: access
2: send username & passwd
3: authenticate
4: Ack
SEQUENCE DIAGRAM FOR LOGIN
12. : Home Owner
:Microcontroller
:Light
1: select light
2: check status
3: return status
4: display status
6: select options : turn on/off
7: enter value turn on/off
8: set value
9: update
10: ack
11: display result
5: display options
SEQUENCE DIAGRAM FOR CONTROLLING LIGHT
13. : Home Owner
:Microcontroller :Fan
1: Select Fan
2: Check status
3: Return Status
4: Display Status and menu
5: Select Turn on/off
6: Set Values
7: Update
8: ACK
9: Display result
SEQUENCE DIAGRAM FOR CONTROLLING FAN
14. : Home Owner
:Sensor :Microcontroller
: Fire Dept/Police Dept
4: Display warning
1.send signal
2: Return Signal
3: Notify Firedept
SEQUENCE DIAGRAM FOR FIRE ALARM/LPG
LEAKAGE/INTRUDER
15. : Home Owner
:Microcontroller
:Water level
1: select water level
2: check status
3: return status
4: display status
6: select options : turn on/off
7: enter value turn on/off
8: set value
9: update
10: ack
11: display result
5: display options
SEQUENCE DIAGRAM FOR WATER LEVEL DETECTION
18. MODULAR DESIGN
• Fire sensor moduleI(FFS 05)
The Fire sensor is used to detect fire flames . The module makes use
of Fire sensor and comparator to detect fire up to a range of 2 meters. It
uses a input voltage of +5VDC.
• Intruder detection module(PIR SENSOR)
The unit output is high whenever human’s motion is detected. In
simple terms, it is a motion detector. This sensors measure infrared
radiation emanating from objects in the field of view. Apparent motion is
detected when an infrared emitting source with one temperature, such as
human body, passes in front of source with another temperature, such as
wall.
19. CONTD…
• Fan Module
It is directly connected to the microcontroller, it has only two
functions ON/OFF. The user can switch on the fan or switch off the fan
using the android app.
• Lights module
It is directly connected to the microcontroller, it has only two
functions ON/OFF. The user can switch on the light or switch off the light
using the android app.