Here you will find details about how you can make a fire detection system by using arduino and flame sensor. We have also added the budget you need to make this project.
This project designs a fire alarm system using an Arduino board connected to temperature and gas sensors, along with a piezo buzzer, LED, and resistors, to detect fires. The system is simulated using TinkerCad and detects fires by changes in temperature and gas levels, signaling alarms with the buzzer and LED.
To study the working principle of gas and smoke detector system
To design and construct of the gas and smoke detector system and control system using Arduino with Bluetooth module
To implement gas and smoke design in the project
At the very first time of smoke creation so that avoided the unwanted accident
This document describes building an IoT-based fire alarm system using a NodeMCU ESP8266 and Blynk. The system uses a flame sensor to detect fire and smoke and connects to a buzzer and LED for alerts. When the flame sensor detects fire, it triggers the buzzer and turns on the LED. The system is also connected to Blynk to send notifications. Code is written and uploaded to the NodeMCU to define pins for the sensors, buzzer and LED. When the flame sensor detects fire, it sets the LED and buzzer to alert people and notifies users through Blynk.
Working Concept of Fire Fighting Robot: The main brain of this project is the Arduino, but in-order to sense fire we use the Fire sensor module (flame sensor) that is shown below. As you can see these sensors have an IR Receiver (Photodiode) which is used to detect the fire.
1. The document presents information about lead acid batteries, including their construction, types of cells, and working.
2. A lead acid battery consists of lead plates immersed in sulfuric acid electrolyte within a sealed case. During discharge, the plates convert chemical energy to electrical energy through chemical reactions.
3. The battery works by reversing these chemical reactions during charging, restoring the plates and electrolyte to their original state to allow for further use.
Wind turbines convert the kinetic energy of wind into mechanical or electrical energy. They consist of a tower, nacelle, rotor blades, generator, and other components. When wind blows, the rotor blades spin a shaft connecting to a generator inside the nacelle to produce electricity. Wind turbines require a minimum wind speed of 10-15 kph to function and automatically stop at 90 kph for safety. They come in both onshore and offshore varieties, with offshore turbines able to generate more electricity due to more regular winds but being more expensive to install and maintain.
This document discusses the design of a floating point multiplier. It begins by explaining the representation of floating point numbers with sign, exponent, and significand. It then describes why floating point is used over fixed point for its wider range of values and greater precision over integers. The key steps for multiplying floating point numbers are described as adding the exponents and multiplying the significands, while XORing the signs. Block diagrams and techniques for partial product generation and accumulation are presented, including radix-4 Booth multiplication and use of carry save adders and ripple carry adders. Finally, floating point formats for single, double, and quadruple precision are shown along with using the divide and conquer technique for higher precision multiplication.
Wind Power Plant Presentation (Seminar PPT) Jay Sonar
This document provides information about a student project on wind power plants. It discusses the key components of wind turbines including the rotor, shaft, gearbox, generator, controller and tower. It also covers the advantages of wind power such as being renewable and producing no emissions, and some disadvantages like variability and potential impacts on landscapes. The document was prepared by 7 mechanical engineering students for their 6th semester topic on wind power plants.
The document describes a student project to design a low-cost fire alarm system for single-family homes. The system will use an Arduino board along with sensors like a flame sensor and buzzer to detect fires at different locations in the home. When smoke or fire is detected, the system will alert residents through an alarm. The circuit diagram and requirements are provided. The conclusion states that the project aims to create a microcontroller-based fire alarm that functions similarly to systems used in commercial buildings but at an affordable price point for residential use.
Gas Leakage Detector using Arduino with SMS Alert - Engineering ProjectCircuitsToday
Gas Leakage Detector using Arduino and MQ5 Gas Sensor - with GSM Module for SMS Alerts and Sound Alarm - Ideal for Engineering Project and Seminar Presentation - Read Full Article here - http://www.circuitstoday.com/gas-leakage-detector-using-arduino-with-sms-alert -
The document describes an automatic firefighting robot that can detect and extinguish fires. It uses sensors to detect temperature, smoke, and flames. If the sensors detect a fire, the microcontroller activates a water pump to extinguish it. The robot reduces human labor needed for firefighting and decreases damage from fires. It is designed to monitor hazardous areas for natural disasters and bomb explosions.
This document describes a smart door locking system using an Arduino board. The system uses a keypad to enter a password, which is checked by the Arduino. If the correct password is entered, the Arduino sends a signal to a servo motor to unlock the door. The system aims to provide secure, password-protected access to restricted areas. It uses an Arduino board along with a keypad, servo motor, and LCD display to control a door lock. The document outlines the hardware, software, working mechanism, and concludes the system provides a cost-effective, easy to install smart locking alternative to conventional door locks.
ACCIDENT PREVENTION AND DETECTION SYSTEManand bedre
This document describes a student project to develop an Accident Prevention and Detection System (APDS) mobile application. The application uses GPS to track vehicle speed and location. If the speed exceeds a preset limit, the app will sound an alarm. If the user does not respond, emergency contacts will be notified. It will also detect sudden drops in speed and alert nearby hospitals. The goal is to reduce response times and save lives in the event of a vehicular accident. A group of students at K. K. Wagh Polytechnic are developing the Android app under faculty guidance with sponsorship from Sumago Infotech.
This project report describes a smoke detection system that uses an Arduino Uno, gas sensor, temperature sensor, servo motor, buzzer, and LED. It takes input from the gas and temperature sensors, and if the gas/temperature rises above a threshold, it sounds the buzzer and activates the servo motor. The servo motor is intended to turn on a water pump to help control a fire. The system provides smoke and fire detection to improve safety in homes, factories, and other buildings.
Project presentation on wireless lpg leakage detectorPETER ASIGRI
The document presents a project on designing a wireless LPG leakage detector. It includes:
1) An introduction on the dangers of LPG leakage and the need for detection.
2) A review of existing gas leakage detector designs including those using MQ6 and PIC microcontrollers.
3) Details on the design of the wireless LPG leakage detector including components like the ATMEGA microcontroller, MQ5 gas sensor, GSM modem and power supply.
4) An explanation of how the system works to detect LPG leakage and send alert messages via GSM.
5) Results showing the prototype and its operation in simulations and testing.
Gas leak detection is the process of identifying potentially hazardous gas leaks by means of various sensors.
These sensors usually employ an audible alarm to alert people when a dangerous gas has been detected.
The total circuit units are arranged on PCB board.
The document describes a project report for an IoT based fire alarm system using ESP8266 Wi-Fi modules and MQTT. The system uses temperature and flame sensors to detect fire outbreaks and sends alerts to a control station over Wi-Fi to trigger actuators like buzzers for response. The sensors monitor physical quantities which are processed by an ESP8266 microcontroller and sent via MQTT to notify authorities and allow remote monitoring and control of the system.
The document describes a firefighting robot that is designed to help extinguish fires and reduce risks to human firefighters. It uses sensors like infrared sensors to detect fires and water tanks to help put out flames. The robot is controlled remotely and can navigate autonomously using six legs. It has advantages like reducing risks to firefighters and allowing access to dangerous areas. However, it also has limitations like not being able to operate for long periods without recharging and not being able to replace human firefighters for large fires. The robot aims to help detect fires quickly and minimize financial losses and threats to human life.
This project uses a temperature sensor to detect the occurrence of a fire and in that case uses a GSM module to send a text alert to the user's phone number.
1. Explaining the importance of platform based development
2. Understanding The importance of NodeMCU and demonstrate its interfacing with various devices and sensors.
The Smart Home Automation made by using Arduino and Cayenne as IoT middleware to control and monitor through a mobile app and the web from anywhere at anytime.
The system configured to send SMS and Email notification due to the reaction of smoke, temperature, magnetic door, PIR motion sensors.
This document describes an automatic engine locking system for drunken drivers using a microcontroller-based embedded system. The system uses an AT89S52 microcontroller, MQ-3 alcohol detection sensor, buzzer, LCD display, motors and other components. It aims to prevent accidents caused by drunk driving by locking the engine if the sensor detects alcohol on the driver's breath. The system has advantages like automation, safety and low power. Potential applications include use in vehicles and workplaces to detect alcohol consumption. Future enhancements could include GSM and GPS for location and notification.
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.
The objective of this project is to design and develop a wireless communication link to monitor our organizations that require high security like Banks , Offices etc.
This document contains multiple project reports for a wireless electronic notice board developed by students at the Government Polytechnic College in Neyyattinkara, India. The notice board allows text messages to be sent via GSM from any location and displayed on the board. It uses an ATmega32 microcontroller interfaced with a GSM module, LCD display, power supply and other components. The system validates incoming SMS messages and displays them. The reports describe the design, circuit diagrams, programming, and working of the notice board system.
This presentation summarizes an infrared and Bluetooth based home automation system using a microcontroller. It includes an overview of the system's block diagram, hardware requirements including an ATmega328P microcontroller, Arduino board, HC-05 Bluetooth module, infrared module, relays, and power supply. The presentation describes how the system allows controlling home appliances like fans, lights and TVs using a remote or smartphone app via Bluetooth or infrared signals. It highlights advantages like remote control and convenience, as well as limitations like a small control range and number of connected devices.
This document describes 28 sensor modules that are compatible with Arduino boards. The modules include sensors for temperature, shock, magnetic fields, buttons, infrared transmission/reception, buzzers, lasers, LEDs, light blocking, dual color LEDs, analog temperature, humidity, tilt switches, reed switches, joysticks, Hall sensors, flames, and more. Each sensor module is accompanied by a brief description and link to Arduino sample code.
The document describes a student project to design a low-cost fire alarm system for single-family homes. The system will use an Arduino board along with sensors like a flame sensor and buzzer to detect fires at different locations in the home. When smoke or fire is detected, the system will alert residents through an alarm. The circuit diagram and requirements are provided. The conclusion states that the project aims to create a microcontroller-based fire alarm that functions similarly to systems used in commercial buildings but at an affordable price point for residential use.
Gas Leakage Detector using Arduino with SMS Alert - Engineering ProjectCircuitsToday
Gas Leakage Detector using Arduino and MQ5 Gas Sensor - with GSM Module for SMS Alerts and Sound Alarm - Ideal for Engineering Project and Seminar Presentation - Read Full Article here - http://www.circuitstoday.com/gas-leakage-detector-using-arduino-with-sms-alert -
The document describes an automatic firefighting robot that can detect and extinguish fires. It uses sensors to detect temperature, smoke, and flames. If the sensors detect a fire, the microcontroller activates a water pump to extinguish it. The robot reduces human labor needed for firefighting and decreases damage from fires. It is designed to monitor hazardous areas for natural disasters and bomb explosions.
This document describes a smart door locking system using an Arduino board. The system uses a keypad to enter a password, which is checked by the Arduino. If the correct password is entered, the Arduino sends a signal to a servo motor to unlock the door. The system aims to provide secure, password-protected access to restricted areas. It uses an Arduino board along with a keypad, servo motor, and LCD display to control a door lock. The document outlines the hardware, software, working mechanism, and concludes the system provides a cost-effective, easy to install smart locking alternative to conventional door locks.
ACCIDENT PREVENTION AND DETECTION SYSTEManand bedre
This document describes a student project to develop an Accident Prevention and Detection System (APDS) mobile application. The application uses GPS to track vehicle speed and location. If the speed exceeds a preset limit, the app will sound an alarm. If the user does not respond, emergency contacts will be notified. It will also detect sudden drops in speed and alert nearby hospitals. The goal is to reduce response times and save lives in the event of a vehicular accident. A group of students at K. K. Wagh Polytechnic are developing the Android app under faculty guidance with sponsorship from Sumago Infotech.
This project report describes a smoke detection system that uses an Arduino Uno, gas sensor, temperature sensor, servo motor, buzzer, and LED. It takes input from the gas and temperature sensors, and if the gas/temperature rises above a threshold, it sounds the buzzer and activates the servo motor. The servo motor is intended to turn on a water pump to help control a fire. The system provides smoke and fire detection to improve safety in homes, factories, and other buildings.
Project presentation on wireless lpg leakage detectorPETER ASIGRI
The document presents a project on designing a wireless LPG leakage detector. It includes:
1) An introduction on the dangers of LPG leakage and the need for detection.
2) A review of existing gas leakage detector designs including those using MQ6 and PIC microcontrollers.
3) Details on the design of the wireless LPG leakage detector including components like the ATMEGA microcontroller, MQ5 gas sensor, GSM modem and power supply.
4) An explanation of how the system works to detect LPG leakage and send alert messages via GSM.
5) Results showing the prototype and its operation in simulations and testing.
Gas leak detection is the process of identifying potentially hazardous gas leaks by means of various sensors.
These sensors usually employ an audible alarm to alert people when a dangerous gas has been detected.
The total circuit units are arranged on PCB board.
The document describes a project report for an IoT based fire alarm system using ESP8266 Wi-Fi modules and MQTT. The system uses temperature and flame sensors to detect fire outbreaks and sends alerts to a control station over Wi-Fi to trigger actuators like buzzers for response. The sensors monitor physical quantities which are processed by an ESP8266 microcontroller and sent via MQTT to notify authorities and allow remote monitoring and control of the system.
The document describes a firefighting robot that is designed to help extinguish fires and reduce risks to human firefighters. It uses sensors like infrared sensors to detect fires and water tanks to help put out flames. The robot is controlled remotely and can navigate autonomously using six legs. It has advantages like reducing risks to firefighters and allowing access to dangerous areas. However, it also has limitations like not being able to operate for long periods without recharging and not being able to replace human firefighters for large fires. The robot aims to help detect fires quickly and minimize financial losses and threats to human life.
This project uses a temperature sensor to detect the occurrence of a fire and in that case uses a GSM module to send a text alert to the user's phone number.
1. Explaining the importance of platform based development
2. Understanding The importance of NodeMCU and demonstrate its interfacing with various devices and sensors.
The Smart Home Automation made by using Arduino and Cayenne as IoT middleware to control and monitor through a mobile app and the web from anywhere at anytime.
The system configured to send SMS and Email notification due to the reaction of smoke, temperature, magnetic door, PIR motion sensors.
This document describes an automatic engine locking system for drunken drivers using a microcontroller-based embedded system. The system uses an AT89S52 microcontroller, MQ-3 alcohol detection sensor, buzzer, LCD display, motors and other components. It aims to prevent accidents caused by drunk driving by locking the engine if the sensor detects alcohol on the driver's breath. The system has advantages like automation, safety and low power. Potential applications include use in vehicles and workplaces to detect alcohol consumption. Future enhancements could include GSM and GPS for location and notification.
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.
The objective of this project is to design and develop a wireless communication link to monitor our organizations that require high security like Banks , Offices etc.
This document contains multiple project reports for a wireless electronic notice board developed by students at the Government Polytechnic College in Neyyattinkara, India. The notice board allows text messages to be sent via GSM from any location and displayed on the board. It uses an ATmega32 microcontroller interfaced with a GSM module, LCD display, power supply and other components. The system validates incoming SMS messages and displays them. The reports describe the design, circuit diagrams, programming, and working of the notice board system.
This presentation summarizes an infrared and Bluetooth based home automation system using a microcontroller. It includes an overview of the system's block diagram, hardware requirements including an ATmega328P microcontroller, Arduino board, HC-05 Bluetooth module, infrared module, relays, and power supply. The presentation describes how the system allows controlling home appliances like fans, lights and TVs using a remote or smartphone app via Bluetooth or infrared signals. It highlights advantages like remote control and convenience, as well as limitations like a small control range and number of connected devices.
This document describes 28 sensor modules that are compatible with Arduino boards. The modules include sensors for temperature, shock, magnetic fields, buttons, infrared transmission/reception, buzzers, lasers, LEDs, light blocking, dual color LEDs, analog temperature, humidity, tilt switches, reed switches, joysticks, Hall sensors, flames, and more. Each sensor module is accompanied by a brief description and link to Arduino sample code.
The document summarizes the key components used to design a connected thermometer, including an HC-06 Bluetooth module, DHT11 temperature and humidity sensor, Arduino Uno microcontroller, LCD display, and LED battery. It also discusses the Arduino programming language and environment. The demonstration section shows how to connect the components and display real-time temperature and humidity readings over Bluetooth on a smartphone. The conclusion reflects on learning about IoT systems and their business models.
Home security system is needed for convenience and safety. This system invented to keep home safe from intruder. In this work, we present the design and implementation of a GSM & PIR sensor based home security system using ARDUINO-UNO board. Which take a very less power. The system is a arduino-uno based home security system which contains a GSM modem and PIR sensor with servo-motor and a camera which provides a better security. The system can response rapidly as intruder enters into the trigged zone, PIR sensor sense the object and GSM module will send a notification as a SMS to the registered number of the home owner, and can also give a snapshot of that object. This security system for alerting a house owner wherever he will. In this system as a object enters into the zone GSM module produce a signal through a public telecom network and sends a message or redirect a call that that tells about your home update or predefined message which is embedded in arduino-uno board. Suspected activities are conveyed to remote user through SMS or Call using GSM technology.
Advanced View Arduino Projects List - Use Arduino for Projects [04].pdfWiseNaeem
This document provides a list of advanced Arduino projects from the website https://duino4projects.com/advanced-view-arduino-projects-list/?page31074=4. It describes several projects including an Android phone controlled robot using Arduino, sending MIDI messages with Arduino, a servo powered peristaltic pump controlled by Arduino, and more. The list contains project summaries with links to more detailed instructions on the website.
The document introduces Magnet Code 3.0, a smartphone controller platform that allows existing microcontroller and laptop projects to be enhanced by integrating smartphone features. It allows microcontroller projects to be controlled and monitored remotely from a smartphone. Some key benefits outlined include adding features like cameras, sensors, GPS and more. The document provides an overview of Magnet Code's features and toolbox modules, instructions for setup, and examples of how it can transform old projects into more advanced solutions.
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.
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 via Bluetooth. The system interfaces a Bluetooth module to an Arduino board which is connected to various loads. An Android app sends ON/OFF commands to the Arduino via Bluetooth, allowing the loads to be controlled remotely. The loads are operated by the Arduino using opto-isolators and thyristors. The system provides a low-cost and modern solution for remote home automation control from a smartphone.
Office automation refers to the varied computer machinery and software used to digitally create, collect, store, manipulate, and relay office information needed for accomplishing basic tasks. ... Office automation was a popular term in the 1970s and 1980s as the desktop computer exploded onto the scene.
Smoke Alert System For Dye Industries Using IoTIRJET Journal
This document describes a smoke alert system for dye industries using IoT technology. The system uses an Arduino Uno microcontroller connected to an MQ2 smoke sensor and buzzer. When smoke is detected above a threshold level, the buzzer is activated to alert users. The Arduino also interfaces with an LCD display to show the system status and whether smoke or overheating is detected. The goal is to quickly detect fires or excessive smoke in dye industries to minimize property damage and safety risks.
This document describes a GSM-based fire security system that uses sensors to detect temperature and smoke, and an Arduino microcontroller to control components like a fan, buzzer, water pump, and GSM module. The system has six sections: a power supply, temperature and smoke sensors connected to the Arduino, an LCD display, a fan/buzzer/pump circuit, and a GSM module. When the temperature exceeds 40°C or smoke exceeds 200ppm, the buzzer activates, water is sprayed, and an SMS is sent via the GSM module. The Arduino code controls the sensors, display, and components using C programming. Overall, the system aims to detect fires and
The document provides an overview of various electronics-related topics featured in Elektor Magazine's March/April 2020 issue. It highlights two LoRa radio protocol projects: the Elektor LoRa Node, a versatile and configurable long-range remote control module, and an ESP32-based doorbell that transmits notifications via Telegram. It also mentions a Meadow F7 board for .NET development, reviews of environmental sensor and oscilloscope boards, and upcoming coverage of AI and other technologies at the Embedded World exhibition.
This document describes the research methodology for a project that monitors power theft before the energy meter. It uses a GSM module interfaced with an Arduino board to detect power pilferage, disconnect power supply to the consumer, and send an SMS notification. The system includes a GSM module, Arduino microcontroller, current sensor, LCD shield, and relays to control appliances and disconnect power. It provides details on the hardware components, their specifications and interfacing.
DIGITAL LOGIC DESIGN (1) PROJECT REPORT.docxRafayNaveed4
The document describes a home automation system project that allows controlling home appliances via Bluetooth from a smartphone. The key components are an Arduino Uno microcontroller, Bluetooth module, 4-channel relay board. The system allows remotely turning appliances on/off like lights and fans. It discusses the working, including an Android app transmitting commands via Bluetooth to the Arduino which controls the relays. Benefits are security, energy efficiency, and cost savings. The budget is 5000 RS and code is included to interface the components.
This document provides an overview and introduction to a digital home automation project using Arduino and Bluetooth. The project aims to develop a home automation system that allows appliances to be remotely controlled via an Android smartphone application. Key components include an Arduino Uno microcontroller, HC-05 Bluetooth module, relays, and an Android app. The system allows electrical appliances like lights and fans to be switched on or off from a smartphone. The Arduino code controls the relays based on commands received over Bluetooth from the Android app.
This document describes a wireless fire alarm and monitoring system that uses sensors to detect fires and alert people. The system uses a fire sensor connected to a microcontroller that monitors temperature and transmits a signal if a fire is detected. An RF receiver receives the signal and decodes it, then the microcontroller displays a message on an LCD and sounds a buzzer to alert people. The system aims to detect fires early to prevent threats and reduce losses in homes and industries. It provides benefits like reduced wiring and costs, real-time monitoring, and easy maintenance compared to wired systems.
This document provides an overview of an Arduino-based home automation system using Bluetooth. It describes using an Arduino board, Bluetooth module, relay, LDR sensor, and other components to allow appliances to be controlled wirelessly via a smartphone. The document outlines the components, how they work, advantages and disadvantages, roles and responsibilities, and possibilities for future enhancements such as using Internet of Things technology. The conclusion states that the experimental home automation system was able to successfully control sample appliances wirelessly from a mobile device.
Integrated Security System With Remot Controlling Of AppliancesIRJET Journal
This document describes an integrated security system with remote controlling of appliances. The system uses various sensors like a PIR motion sensor, LPG gas leakage detector, temperature sensor and fingerprint sensor connected to an Arduino board. It allows user authentication using fingerprint verification and controlling appliances remotely using Blynk app. The system can detect motion, check visitor's temperature, detect LPG leakage and send notifications to the owner. It provides a low-cost solution for home security and automation.
This document presents a wild fire monitoring system designed by Mahlalela John S. The system uses wireless sensors to detect fires and transmit information to a host computer. It has four operating modes depending on the received signals: normal, fire detected, power saving, and low battery. The system aims to use electronics to solve real-life problems, design a monitoring GUI and outdoor fire detection system, and transmit warning signals from the field to the host PC. It faces challenges in sensor design, power consumption minimization, and establishing communication between microcontrollers and the PC.
Here’s a clear and engaging description for **AI\_Traffic\_Management\_Presentation**:
---
### **AI Traffic Management Presentation**
**Description:**
The **AI Traffic Management Presentation** explores how Artificial Intelligence is revolutionizing modern transportation systems by optimizing traffic flow, reducing congestion, and enhancing road safety. This presentation covers the integration of AI technologies such as computer vision, machine learning, and data analytics in real-time traffic monitoring and control.
**Key Topics Include:**
* AI-powered **traffic signal optimization**
* **Real-time vehicle and pedestrian detection** using computer vision
* Predictive analytics for **congestion forecasting**
* **Smart city integration** and IoT-enabled infrastructure
* Use of **autonomous drones and sensors** for surveillance
* Case studies from cities using **AI in urban mobility**
* **Environmental benefits** like reduced emissions and fuel consumption
This presentation is ideal for audiences interested in smart city development, transportation engineering, AI applications, and sustainable urban planning.
---
Let me know if you’d like slides, talking points, or visuals to go with it.
Static timing analysis (STA) is a method of validating the timing performance of a design by checking all possible paths for timing violations. STA breaks a design down into timing paths, calculates the signal propagation delay along each path, and checks for violations of timing constraints inside the design and at the input/output interface.
The Melt Flow Index Tester measures the flow rate of molten plastics to analyze material quality and consistency. It is important for quality control in plastic manufacturing. Perfect Group India offers high accuracy devices designed for accurate, reliable results. Built for durability and simple of use, this tester provide performance in demanding industrial environments.
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Case study for students dhsuhayvavvsuh cse (1).pdfssuserf31e8b
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Fire detection system using arduino
1. T E A M M E M B E R
M D . R I Y A D 2 0 1 7 - 1 - 8 - 0 2 7
U M A M A T A S N I M T A N I S H A 2 0 1 7 - 1 - 8 - 0 2 8
A Y A N D A S G U P T A 2 0 1 7 - 1 - 8 - 0 3 2
Project Title :
Flame Detection By Using Arduino UNO R3 and
Bluetooth Module
3. We can take
necessary steps
to stop later
consequences
Gives us signal by
glowing LED and
buzzer sound
when flame is
produced
Ensure the safety
of the machine
Can give signal
through
bluetooth
module within a
certain distance
SIGNIFICANCE:
Increase the
lifetime