Programming esp8266
Download as pptx, pdf0 likes3,308 views
This document provides resources for programming the ESP8266 microcontroller including hardware development boards, software tools like the ESP8266 SDK and RTOS SDK, and discussion forums. It recommends using an Lubuntu virtual machine and lists specific pages on the Espressif BBS for SDK information and setting up a development environment.
1 of 6
Downloaded 62 times
Ad
Recommended
Esp8266 Workshop
Esp8266 WorkshopStijn van Drunen The document discusses the ESP8266, a versatile and inexpensive wireless system on a chip (SoC) that supports various protocols and interfaces like GPIO, WiFi, and MQTT, ideal for IoT applications. It covers programming with frameworks like NodeMCU and Arduino, providing examples of project implementations, and highlights the active community support available for developers. Additionally, it emphasizes practical considerations for integrating the ESP8266 into projects, such as voltage levels and connectivity challenges.
Nodemcu - introduction
Nodemcu - introductionMichal Sedlak The NodeMCU is an ESP8266 development board that contains a 32-bit RISC CPU, 64KB of instruction RAM, 96KB of data RAM, and external flash memory. It supports WiFi, GPIO pins, SPI, I2C, PWM and ADC interfaces. Official firmware includes Lua, Micropython, and Espruino scripting languages as well as support for Arduino IDE. It is inexpensive, functional, and has a large community supporting its use and development.
Esp8266 hack sonoma county 4/8/2015
Esp8266 hack sonoma county 4/8/2015mycal1 The document summarizes the ESP8266, a low-cost WiFi microchip that allows microcontrollers to connect to the Internet. It details the chip's specifications, programming options including AT commands, C, Lua, and MicroPython. Examples are provided of using the NodeMCU firmware to program the chip in Lua and control it via WiFi. Resources like forums, SDKs, example code, and this demo are listed to help developers get started with ESP8266 projects.
lwM2M OTA for ESP8266
lwM2M OTA for ESP8266Manolis Nikiforakis The document discusses the OTA (over-the-air) firmware upgrade process for the ESP8266 microcontroller, highlighting various hardware options and software tools available for development. It outlines a project involving the integration of the Wakaama LwM2M with ArduinoOTA to enhance firmware updates and control from platforms like Leshan and Hawkbit. The author, Manolis Nikiforakis, mentions plans to develop this as an Arduino library, with a deadline for completion set for February 26.
NodeMCU with Blynk and Firebase
NodeMCU with Blynk and FirebaseEueung Mulyana This document provides a comprehensive introduction to using the NodeMCU microcontroller with the Arduino IDE, covering its features and setup processes for integrating it with Blynk and Firebase. NodeMCU is a Lua-based firmware for the ESP8266 Wi-Fi SoC, and the guide details the installation of necessary libraries, configuration steps, and example code for projects. It also includes specific instructions for connecting various components and managing data through Firebase.
Build WiFi gadgets using esp8266
Build WiFi gadgets using esp8266Baoshi Zhu This document discusses using the ESP8266 microcontroller chip for Internet of Things (IoT) projects. It provides an overview of the ESP8266, describing its specifications, common development boards, and power consumption. It also covers how to program the ESP8266 using the Arduino IDE and NodeMCU firmware. The document demonstrates connecting the ESP8266 to WiFi and making HTTP requests. It discusses using the ESP8266 SDK for lower-level programming and FreeRTOS for an RTOS environment. Example code snippets are provided for WiFi, MQTT, and timer tasks.
IoT Hands-On-Lab, KINGS, 2019
IoT Hands-On-Lab, KINGS, 2019Jong-Hyun Kim This document provides an introduction to developing Internet of Things (IoT) applications using the NodeMCU development board and IoT cloud platforms. It covers basic Arduino programming on NodeMCU, reading sensor values from devices like DHT11, and sending sensor data to the IoT platform Ubidots. Hands-on labs demonstrate building a real-time humidity and temperature monitor and a smart switch controller that retrieve and send data to control an LED. Future topics discussed include IoT communication protocols, machine learning, and applying IoT in various fields.
Adafruit Huzzah Esp8266 WiFi Board
Adafruit Huzzah Esp8266 WiFi BoardBiagio Botticelli The document provides a detailed overview of the Adafruit Huzzah ESP8266 Wi-Fi board, including its specifications, programming options, and applications. It discusses the hardware features of the ESP8266, various firmware options, and the setup process for using the board with the Arduino IDE and other tools. Additionally, it emphasizes the board's suitability for developing IoT applications and remote control systems.
Home Automation by ESP8266
Home Automation by ESP8266Gleb Vinnikov The document discusses using the ESP8266 microcontroller for home automation projects. It provides an overview of the ESP8266, including its specifications, firmware options like Arduino and NodeMCU, and communication protocols supported. Examples are given of using the ESP8266 to build an IoT home automation network with MQTT and Home Assistant or create devices like a solar-powered irrigation controller or quadcopter controller.
WiFi SoC ESP8266
WiFi SoC ESP8266Devesh Samaiya This document discusses adding Wi-Fi connectivity to embedded systems using the inexpensive ESP8266 microcontroller module. It describes how the ESP8266 integrates Wi-Fi and TCP/IP networking protocols to allow microcontrollers to connect to the internet and transfer data. Programming the ESP8266 involves using AT commands or a more user-friendly LUA scripting language through the NodeMCU firmware. Example LUA code is provided to demonstrate setting up a Wi-Fi connection and making an HTTP request to a web server.
NodeMCU ESP8266 workshop 1
NodeMCU ESP8266 workshop 1Andy Gelme This document provides a summary of an ESP8266 workshop covering:
- Introduction to the ESP8266 hardware and software
- Setting up ESP-01 and ESP-12 modules for development
- Flashing firmware using esptool
- Introduction to NodeMCU and Lua
- Using the ESPlorer IDE
- Examples of using buttons, LEDs, WiFi, UDP, and MQTT with the ESP8266
Esp8266 - Intro for dummies
Esp8266 - Intro for dummiesPavlos Isaris The document introduces the ESP8266 WiFi module as a low-cost, self-contained system on a chip that allows microcontrollers to connect to WiFi. It covers various aspects such as voltage regulation, baud rate issues, and GPIO configurations for different ESP8266 variants. Additionally, it provides code snippets for using the Arduino IDE to communicate with the module and perform basic network tasks.
lesson1 - Getting Started with ESP8266
lesson1 - Getting Started with ESP8266Elaf A.Saeed The document provides an overview of the ESP8266 Wi-Fi module, highlighting its benefits for IoT and home automation projects. It discusses features such as GPIOs, various peripheral interfaces, and practical versions like the ESP-12E NodeMCU kit. Additionally, it outlines potential applications including creating web servers and sending HTTP requests.
Introduction to ESP32 Programming [Road to RIoT 2017]
Introduction to ESP32 Programming [Road to RIoT 2017]Alwin Arrasyid The document provides an introduction to programming the ESP32 using the ESP-IDF and Arduino frameworks, detailing the specifications of ESP32 and installation steps for different operating systems. It covers toolchain setup, environment variable configuration, and the process for building and flashing firmware, along with resources for further learning. The text also discusses the trade-offs between using ESP-IDF and Arduino, noting the user-friendliness of Arduino for beginners.
Home automation-in-the-cloud-with-the-esp8266-and-adafruit-io
Home automation-in-the-cloud-with-the-esp8266-and-adafruit-ioTran Minh Nhut The document describes building a home automation system using ESP8266 WiFi modules and Adafruit IO cloud service. It involves creating two modules - a sensor module to measure temperature and humidity using a DHT sensor, and a lamp controller module to control a lamp. The modules are programmed using Arduino IDE and code from a GitHub repository. They connect to Adafruit IO to send sensor readings and receive commands to control the lamp remotely over the internet.
Esp8266 NodeMCU
Esp8266 NodeMCUroadster43 The document discusses the features and capabilities of various Wi-Fi modules, particularly the ESP8266 and NodeMCU. It highlights their advantages over older Arduino interfaces, including built-in Wi-Fi and increased processing power, making them suitable for IoT applications. The document also outlines a workshop agenda focused on programming the NodeMCU with practical projects involving sensors and web integration.
Internet of Things
Internet of ThingsAndy Gelme The document outlines the Aiko project, which focuses on creating a distributed network of connected devices using OpenWRT and Arduino. It highlights the development and installation of Aiko Gateway and Aiko Node systems for applications in home automation, wearable computing, and more. Additionally, it invites participation from interested individuals to build their own Aiko Gateway and engage in community contributions.
IoT simple with the ESP8266 - presented at the July 2015 Austin IoT Hardware ...
IoT simple with the ESP8266 - presented at the July 2015 Austin IoT Hardware ...David Fowler The Austin IoT Hardware Sub-Group meetup focused on hands-on demonstrations and discussions around creating IoT devices for fun or profit. The meetup agenda included introductions, announcements of jobs and demo projects, and a presentation on the ESP8266 WiFi module. The ESP8266 was discussed as an inexpensive WiFi module that can be programmed through an AT command set or using NodeMCU, Arduino, or raw C/C++ code. Challenges discussed included FCC certification for products, WiFi configuration, code and memory limits, and power/noise issues.
lesson2 - Nodemcu course - NodeMCU dev Board
lesson2 - Nodemcu course - NodeMCU dev BoardElaf A.Saeed This document provides an overview of the NodeMCU course and ESP8266 development boards. It discusses the ESP8266 chip, the NodeMCU 1.0 development board, and the ESP8266 12-E NodeMCU kit. The ESP8266 is a low-cost WiFi-enabled microcontroller that is commonly used in IoT projects. It has an integrated TCP/IP stack and supports various protocols. The NodeMCU boards make it easy to program the ESP8266 chip and interface with inputs and outputs. The document describes the components and pinouts of the NodeMCU boards and how to interface with GPIO, I2C, SPI, PWM and analog pins.
Programando o ESP8266 com Python
Programando o ESP8266 com PythonRelsi Maron The document discusses programming the ESP8266 microcontroller using MicroPython, a lightweight implementation of Python 3 for constrained environments. It outlines the specifications of the ESP8266 and MicroPython, key libraries, and provides example code for functionalities like pin control and sensor monitoring. Additionally, it includes links to resources, tools for flashing firmware, and a call for questions and engagement.
Espresso Lite v2 - ESP8266 Overview
Espresso Lite v2 - ESP8266 OverviewThe World Bank The Espresso Lite v2 is an ESP8266 development board with a 32-bit RISC CPU running at 80MHz, 64KB instruction RAM, 96KB data RAM, and up to 16MB of external QSPI flash memory. It has IEEE 802.11 b/g/n WiFi, 16 GPIO pins, and UART communication. The document appears to be product documentation for the Espresso Lite v2 ESP8266 development board.
ESP8266 and IOT
ESP8266 and IOTdega1999 The document presents a comprehensive overview of the ESP8266 microcontroller and its applications in Internet of Things (IoT) projects, focusing on various firmware options, hardware requirements, and programming approaches. It elaborates on the integration of the ESP8266 with MQTT for messaging and highlights practical experiences and project summaries, including the development of drivers and the use of the ADXL345 accelerometer. Future considerations include the capabilities of the upcoming ESP32 chipset, which promises enhanced performance and features.
Making wearables with NodeMCU - FOSDEM 2017
Making wearables with NodeMCU - FOSDEM 2017Etiene Dalcol The document discusses creating wearable devices using NodeMCU, a firmware based on the ESP8266 chip, detailing its specifications, firmware building, and flashing processes. It includes code snippets for setting up Wi-Fi and serving web pages, along with various tips for animation and performance improvements. Additionally, it provides resources for further learning and inspiration for projects involving NodeMCU.
Node MCU Fun
Node MCU FunDavid Bosschaert The NodeMCU is an inexpensive WiFi-enabled microcontroller board based on the ESP8266 chip that allows for programming of input/output pins to create inexpensive Internet of Things devices. For under $4, it can be programmed using C or Lua to build projects like remote doorbells, flood detectors, WiFi sniffers, or devices that control based on ambient light or trigger based on parking, and connects to WiFi to interface over HTTP.
Arduino Meetup with Sonar and 433Mhz Radios
Arduino Meetup with Sonar and 433Mhz Radiosroadster43 This document summarizes an Arduino meetup agenda that includes discussions on Arduino boards like the Uno and Nano, the Arduino IDE, and exercises to interface an ultrasonic sensor and RF transmitter/receiver with an Arduino board. The exercises guide setting up an ultrasonic distance sensor and transmitting the readings wirelessly using a 433MHz RF module, then receiving the transmissions on another board.
How to Install ESP8266 WiFi Web Server using Arduino IDE
How to Install ESP8266 WiFi Web Server using Arduino IDENaoto MATSUMOTO This document outlines the process for installing and setting up the Arduino IDE for an ESP8266 module on Windows. It includes steps for configuring the development environment, managing additional boards, uploading code, and connecting to a WiFi web server. Additionally, it provides examples of using specific commands to interact with the GPIO over the network.
Arduino & NodeMcu
Arduino & NodeMcuGuhan Ganesan The document discusses hardware programming concepts for Arduino and NodeMCU boards. It covers:
- The structure of Arduino programs with setup and loop functions. Setup runs once and loop runs continuously.
- Examples of blinking an LED on Arduino and reading light sensor input to display values.
- Pin configurations on NodeMCU and setting it up in Arduino IDE.
- Examples of blinking an LED and reading a sensor with NodeMCU and storing the sensor data in a MySQL database.
- Creating a Flask application to interface with the database and view the sensor data through templates.
Patent on In-vehicle Detection
Patent on In-vehicle DetectionJialing Li This document discusses advancements in in-vehicle detection using a barometer-based model, highlighting its improvements over traditional GPS and accelerometer systems. It outlines the motivations for contextual sensing, such as enhancing user experience and accuracy in machine learning. The document also identifies potential sensors for improving detection, including audio and compass sensors, while mentioning privacy concerns and the necessity for hybrid solutions.
iGPS- Vehicle & Personal Tracking Solution
iGPS- Vehicle & Personal Tracking SolutionSatya Patri This document describes an iGPS vehicle tracking system provided by Impetech IT Solution Pvt. Ltd. The system allows users to track vehicles in real-time, monitor driver behavior, and configure geo-fencing and alert settings. Key features include live tracking, speed and location alerts, geo-fencing, video recording, and customized reports. The system can be used for fleet management, remote event monitoring, and security applications.
Vehicle Access Management
Vehicle Access ManagementMatrix COSEC The document outlines the importance of Vehicle Access Management (VAM) in corporate settings, highlighting challenges such as managing multiple vehicle entries and maintaining digital records. It details features of the Matrix CoSec VAM, including real-time vehicle tracking, authentication based on vehicle types, and access control for designated areas. The system aims to enhance security, streamline operations, and provide efficient vehicle management across various corporate environments.
More Related Content
What's hot (19)
Home Automation by ESP8266
Home Automation by ESP8266Gleb Vinnikov The document discusses using the ESP8266 microcontroller for home automation projects. It provides an overview of the ESP8266, including its specifications, firmware options like Arduino and NodeMCU, and communication protocols supported. Examples are given of using the ESP8266 to build an IoT home automation network with MQTT and Home Assistant or create devices like a solar-powered irrigation controller or quadcopter controller.
WiFi SoC ESP8266
WiFi SoC ESP8266Devesh Samaiya This document discusses adding Wi-Fi connectivity to embedded systems using the inexpensive ESP8266 microcontroller module. It describes how the ESP8266 integrates Wi-Fi and TCP/IP networking protocols to allow microcontrollers to connect to the internet and transfer data. Programming the ESP8266 involves using AT commands or a more user-friendly LUA scripting language through the NodeMCU firmware. Example LUA code is provided to demonstrate setting up a Wi-Fi connection and making an HTTP request to a web server.
NodeMCU ESP8266 workshop 1
NodeMCU ESP8266 workshop 1Andy Gelme This document provides a summary of an ESP8266 workshop covering:
- Introduction to the ESP8266 hardware and software
- Setting up ESP-01 and ESP-12 modules for development
- Flashing firmware using esptool
- Introduction to NodeMCU and Lua
- Using the ESPlorer IDE
- Examples of using buttons, LEDs, WiFi, UDP, and MQTT with the ESP8266
Esp8266 - Intro for dummies
Esp8266 - Intro for dummiesPavlos Isaris The document introduces the ESP8266 WiFi module as a low-cost, self-contained system on a chip that allows microcontrollers to connect to WiFi. It covers various aspects such as voltage regulation, baud rate issues, and GPIO configurations for different ESP8266 variants. Additionally, it provides code snippets for using the Arduino IDE to communicate with the module and perform basic network tasks.
lesson1 - Getting Started with ESP8266
lesson1 - Getting Started with ESP8266Elaf A.Saeed The document provides an overview of the ESP8266 Wi-Fi module, highlighting its benefits for IoT and home automation projects. It discusses features such as GPIOs, various peripheral interfaces, and practical versions like the ESP-12E NodeMCU kit. Additionally, it outlines potential applications including creating web servers and sending HTTP requests.
Introduction to ESP32 Programming [Road to RIoT 2017]
Introduction to ESP32 Programming [Road to RIoT 2017]Alwin Arrasyid The document provides an introduction to programming the ESP32 using the ESP-IDF and Arduino frameworks, detailing the specifications of ESP32 and installation steps for different operating systems. It covers toolchain setup, environment variable configuration, and the process for building and flashing firmware, along with resources for further learning. The text also discusses the trade-offs between using ESP-IDF and Arduino, noting the user-friendliness of Arduino for beginners.
Home automation-in-the-cloud-with-the-esp8266-and-adafruit-io
Home automation-in-the-cloud-with-the-esp8266-and-adafruit-ioTran Minh Nhut The document describes building a home automation system using ESP8266 WiFi modules and Adafruit IO cloud service. It involves creating two modules - a sensor module to measure temperature and humidity using a DHT sensor, and a lamp controller module to control a lamp. The modules are programmed using Arduino IDE and code from a GitHub repository. They connect to Adafruit IO to send sensor readings and receive commands to control the lamp remotely over the internet.
Esp8266 NodeMCU
Esp8266 NodeMCUroadster43 The document discusses the features and capabilities of various Wi-Fi modules, particularly the ESP8266 and NodeMCU. It highlights their advantages over older Arduino interfaces, including built-in Wi-Fi and increased processing power, making them suitable for IoT applications. The document also outlines a workshop agenda focused on programming the NodeMCU with practical projects involving sensors and web integration.
Internet of Things
Internet of ThingsAndy Gelme The document outlines the Aiko project, which focuses on creating a distributed network of connected devices using OpenWRT and Arduino. It highlights the development and installation of Aiko Gateway and Aiko Node systems for applications in home automation, wearable computing, and more. Additionally, it invites participation from interested individuals to build their own Aiko Gateway and engage in community contributions.
IoT simple with the ESP8266 - presented at the July 2015 Austin IoT Hardware ...
IoT simple with the ESP8266 - presented at the July 2015 Austin IoT Hardware ...David Fowler The Austin IoT Hardware Sub-Group meetup focused on hands-on demonstrations and discussions around creating IoT devices for fun or profit. The meetup agenda included introductions, announcements of jobs and demo projects, and a presentation on the ESP8266 WiFi module. The ESP8266 was discussed as an inexpensive WiFi module that can be programmed through an AT command set or using NodeMCU, Arduino, or raw C/C++ code. Challenges discussed included FCC certification for products, WiFi configuration, code and memory limits, and power/noise issues.
lesson2 - Nodemcu course - NodeMCU dev Board
lesson2 - Nodemcu course - NodeMCU dev BoardElaf A.Saeed This document provides an overview of the NodeMCU course and ESP8266 development boards. It discusses the ESP8266 chip, the NodeMCU 1.0 development board, and the ESP8266 12-E NodeMCU kit. The ESP8266 is a low-cost WiFi-enabled microcontroller that is commonly used in IoT projects. It has an integrated TCP/IP stack and supports various protocols. The NodeMCU boards make it easy to program the ESP8266 chip and interface with inputs and outputs. The document describes the components and pinouts of the NodeMCU boards and how to interface with GPIO, I2C, SPI, PWM and analog pins.
Programando o ESP8266 com Python
Programando o ESP8266 com PythonRelsi Maron The document discusses programming the ESP8266 microcontroller using MicroPython, a lightweight implementation of Python 3 for constrained environments. It outlines the specifications of the ESP8266 and MicroPython, key libraries, and provides example code for functionalities like pin control and sensor monitoring. Additionally, it includes links to resources, tools for flashing firmware, and a call for questions and engagement.
Espresso Lite v2 - ESP8266 Overview
Espresso Lite v2 - ESP8266 OverviewThe World Bank The Espresso Lite v2 is an ESP8266 development board with a 32-bit RISC CPU running at 80MHz, 64KB instruction RAM, 96KB data RAM, and up to 16MB of external QSPI flash memory. It has IEEE 802.11 b/g/n WiFi, 16 GPIO pins, and UART communication. The document appears to be product documentation for the Espresso Lite v2 ESP8266 development board.
ESP8266 and IOT
ESP8266 and IOTdega1999 The document presents a comprehensive overview of the ESP8266 microcontroller and its applications in Internet of Things (IoT) projects, focusing on various firmware options, hardware requirements, and programming approaches. It elaborates on the integration of the ESP8266 with MQTT for messaging and highlights practical experiences and project summaries, including the development of drivers and the use of the ADXL345 accelerometer. Future considerations include the capabilities of the upcoming ESP32 chipset, which promises enhanced performance and features.
Making wearables with NodeMCU - FOSDEM 2017
Making wearables with NodeMCU - FOSDEM 2017Etiene Dalcol The document discusses creating wearable devices using NodeMCU, a firmware based on the ESP8266 chip, detailing its specifications, firmware building, and flashing processes. It includes code snippets for setting up Wi-Fi and serving web pages, along with various tips for animation and performance improvements. Additionally, it provides resources for further learning and inspiration for projects involving NodeMCU.
Node MCU Fun
Node MCU FunDavid Bosschaert The NodeMCU is an inexpensive WiFi-enabled microcontroller board based on the ESP8266 chip that allows for programming of input/output pins to create inexpensive Internet of Things devices. For under $4, it can be programmed using C or Lua to build projects like remote doorbells, flood detectors, WiFi sniffers, or devices that control based on ambient light or trigger based on parking, and connects to WiFi to interface over HTTP.
Arduino Meetup with Sonar and 433Mhz Radios
Arduino Meetup with Sonar and 433Mhz Radiosroadster43 This document summarizes an Arduino meetup agenda that includes discussions on Arduino boards like the Uno and Nano, the Arduino IDE, and exercises to interface an ultrasonic sensor and RF transmitter/receiver with an Arduino board. The exercises guide setting up an ultrasonic distance sensor and transmitting the readings wirelessly using a 433MHz RF module, then receiving the transmissions on another board.
How to Install ESP8266 WiFi Web Server using Arduino IDE
How to Install ESP8266 WiFi Web Server using Arduino IDENaoto MATSUMOTO This document outlines the process for installing and setting up the Arduino IDE for an ESP8266 module on Windows. It includes steps for configuring the development environment, managing additional boards, uploading code, and connecting to a WiFi web server. Additionally, it provides examples of using specific commands to interact with the GPIO over the network.
Arduino & NodeMcu
Arduino & NodeMcuGuhan Ganesan The document discusses hardware programming concepts for Arduino and NodeMCU boards. It covers:
- The structure of Arduino programs with setup and loop functions. Setup runs once and loop runs continuously.
- Examples of blinking an LED on Arduino and reading light sensor input to display values.
- Pin configurations on NodeMCU and setting it up in Arduino IDE.
- Examples of blinking an LED and reading a sensor with NodeMCU and storing the sensor data in a MySQL database.
- Creating a Flask application to interface with the database and view the sensor data through templates.
Viewers also liked (17)
Patent on In-vehicle Detection
Patent on In-vehicle DetectionJialing Li This document discusses advancements in in-vehicle detection using a barometer-based model, highlighting its improvements over traditional GPS and accelerometer systems. It outlines the motivations for contextual sensing, such as enhancing user experience and accuracy in machine learning. The document also identifies potential sensors for improving detection, including audio and compass sensors, while mentioning privacy concerns and the necessity for hybrid solutions.
iGPS- Vehicle & Personal Tracking Solution
iGPS- Vehicle & Personal Tracking SolutionSatya Patri This document describes an iGPS vehicle tracking system provided by Impetech IT Solution Pvt. Ltd. The system allows users to track vehicles in real-time, monitor driver behavior, and configure geo-fencing and alert settings. Key features include live tracking, speed and location alerts, geo-fencing, video recording, and customized reports. The system can be used for fleet management, remote event monitoring, and security applications.
Vehicle Access Management
Vehicle Access ManagementMatrix COSEC The document outlines the importance of Vehicle Access Management (VAM) in corporate settings, highlighting challenges such as managing multiple vehicle entries and maintaining digital records. It details features of the Matrix CoSec VAM, including real-time vehicle tracking, authentication based on vehicle types, and access control for designated areas. The system aims to enhance security, streamline operations, and provide efficient vehicle management across various corporate environments.
Raspberry Pi Zero
Raspberry Pi ZeroBaoshi Zhu This document provides information about the Raspberry Pi Zero, including its specifications, connectors, and typical uses. It notes that the Pi Zero has a 1GHz processor, 512MB of RAM, GPIO pins, mini HDMI port, CSI camera connector, and a USB On-The-Go port that can operate as either a host or device port. The document also discusses using the Pi Zero as a standalone computer or embedded device, and describes some "hats" or add-ons that can expand its functionality for applications like IoT. Finally, it provides examples of configuring the Pi Zero to operate as a USB gadget for functions like virtual serial communication.
Vrfid Vehicle Tracking
Vrfid Vehicle TrackingVicinity RFID Solutions Pvt. Ltd. The document discusses using RFID technology to automate vehicle entry and exit tracking at parking facilities. RFID tags would be affixed to vehicles and readers placed at entry/exit points to automatically identify and authenticate vehicles without stopping. This allows only authorized vehicles to enter/exit while immediately alerting staff of any unauthorized activity. The system provides real-time vehicle monitoring and reporting to increase efficiency and security while reducing costs compared to manual systems.
EMAP: Expedite Message Authentication Protocol for Vehicular Ad Hoc Networks
EMAP: Expedite Message Authentication Protocol for Vehicular Ad Hoc NetworksPonmudiselvan.N Selvan The document presents the Expedite Message Authentication Protocol (EMAP) designed for vehicular ad hoc networks (VANETs), which enhances message authentication by replacing traditional Certificate Revocation List (CRL) checking with a more efficient revocation checking process. This proffered method, utilizing a fast HMAC function and novel key sharing scheme, aims to minimize authentication delay and improve communication reliability in VANETs. Additionally, it outlines existing vulnerabilities in current systems and the merits of EMAP over these traditional mechanisms.
Cassiopeia Ltd - ESP8266+Arduino workshop
Cassiopeia Ltd - ESP8266+Arduino workshoptomtobback This document summarizes an ESP8266+Arduino workshop that demonstrates connecting an ESP8266 WiFi module to Arduino and programming it to create WiFi networks and access the internet. The workshop shows how to communicate with the ESP8266 using AT commands over serial, program it using the Arduino IDE, and use it as a web server and client. Code examples are provided to retrieve sensor data using a DHT11 and send it to a cloud database using the ESP8266's WiFi connection.
Intelligent Transportation System Modified
Intelligent Transportation System ModifiedDurgesh Mishra The document discusses Intelligent Transportation Systems (ITS), which use information and communication technology to enhance transport safety, productivity, reliability, and environmental performance. It details various intelligent transport technologies such as inductive loop detection and video vehicle detection, as well as applications including emergency vehicle notification, automatic road enforcement, and dynamic traffic management. The emphasis is on addressing issues like traffic congestion and pollution through advanced technologies and applications.
Vehicle detection through image processing
Vehicle detection through image processingGhazalpreet Kaur This document discusses vehicle detection using image processing. It describes how sensors can detect vehicles using transducers to detect their presence and convert the output into electrical signals. Sensors are either in-roadway, requiring installation in the road, or over-roadway, mounted above the road. The document focuses on detecting vehicles using image and video processing by extracting the vehicle portion from images in both the spatial and frequency domains, and matching the vehicle's aspect ratio to detect its type. It proposes applications for automated traffic management, toll collection, and security.
Traffic jam detection using image processing
Traffic jam detection using image processingSai As Sharman This document presents a traffic jam detection system using image processing. The system uses cameras to capture video frames of traffic at regular intervals. The frames are analyzed using image processing techniques like grayscale conversion, erosion, and dilation to detect vehicles and motion. An android application is also developed to provide users with real-time traffic density information for different locations based on the image analysis. The proposed system aims to provide a low-cost and reliable alternative to existing magnetic and infrared-based traffic detection methods.
Vehicle accident detection and messaging system using GSM and arduino
Vehicle accident detection and messaging system using GSM and arduinoRamesh Reddy The document describes a vehicle accident detection system that uses piezoelectric sensors to detect vibrations during an accident. When an accident is detected, an Arduino microcontroller connected to the sensors triggers a GSM module to send notification messages to authorized users. It also triggers a buzzer to alert people nearby. The system is intended to help reduce the number of deaths from road accidents.
Smart Wireless Surveillance Monitoring using RASPBERRY PI
Smart Wireless Surveillance Monitoring using RASPBERRY PIKrishna Kumar This document outlines the design and implementation of a smart wireless surveillance system using Raspberry Pi, which allows users to monitor live video remotely via a web browser. The system captures video data and automatically stores motion-detected clips, providing a cost-effective alternative to traditional CCTV systems without the need for dedicated PCs. The setup includes components such as a Raspberry Pi, camera module, and specific software configurations to enable video streaming and motion detection functionalities.
Final Project Report on Image processing based intelligent traffic control sy...
Final Project Report on Image processing based intelligent traffic control sy...Louise Antonio The document discusses traffic congestion issues and proposes using image processing for traffic light control as a solution. It highlights the limitations of manual and automatic traffic control systems, suggesting that image processing can provide more accurate vehicle detection and reduce congestion. The text also describes the technical aspects of image processing, including techniques such as image enhancement and edge detection, particularly emphasizing the effectiveness of the Canny edge detection method.
Smart Traffic Light Controller
Smart Traffic Light ControllerHimanshi_Sharma The document outlines the design and implementation of a smart traffic light controller utilizing an AT89S52 microcontroller and infrared sensors to optimize traffic flow based on vehicle density. It discusses enhancements such as energy-efficient street lighting, image processing, and the use of solar panels to improve road safety and reduce environmental pollution. The methodology includes real-time image processing to dynamically adjust traffic light phases, thus enhancing safety and reducing waiting times for pedestrians and vehicles.
Automatic vehicle accident detection and messaging system using gsm and gps m...
Automatic vehicle accident detection and messaging system using gsm and gps m...mahesh_rman This document summarizes an automatic vehicle accident detection and messaging system using GSM and GPS technology. The system uses a microcontroller, GSM modem, and GPS modem to detect if an accident occurs and send an SMS message with the vehicle's location to alert contacts. Some key advantages are providing security while traveling by detecting accident locations and notifying others. The system could also be expanded to track stolen vehicles or interface with other vehicle security systems.
Toll plaza ppt
Toll plaza pptSoumÿa Śaťyanaŕayaņ This document describes a proposed toll plaza system that uses RFID to automatically charge vehicles tolls based on their category. The system uses an 8051 microcontroller, RFID tags and readers, and other components like LCD screens and DC motors. Vehicles are assigned unique RFID tags tied to their category. When vehicles pass through the toll plaza, their tags are scanned and the appropriate amount is automatically charged to the associated account. The system aims to reduce congestion at toll plazas by providing a contactless payment option compared to traditional cash-based tolling.
Vehicle tracking system using gps and gsm techniques
Vehicle tracking system using gps and gsm techniquesBharath Chapala The document is a major project report detailing the development of a vehicle tracking system using GSM and GPS technologies, submitted by a group of engineering students. It covers the project's background, objectives, system architecture, working mechanism, and applications, highlighting the importance of vehicle security and tracking efficiency. The report includes acknowledgments, a detailed index, and various technical chapters discussing hardware components, software, and the system's functionalities.
Ad
Recently uploaded (20)
Introduction to Natural Language Processing - Stages in NLP Pipeline, Challen...
Introduction to Natural Language Processing - Stages in NLP Pipeline, Challen...resming1 Lecture delivered in 2021. This gives an introduction to Natural Language Processing. It describes the use cases of NLP in daily life. It discusses the stages in NLP Pipeline. It highlights the challenges involved covering the different levels of ambiguity that could arise. It also gives a brief note on the present scenario with the latest language models, tools and frameworks/libraries for NLP.
Understanding Amplitude Modulation : A Guide
Understanding Amplitude Modulation : A GuideCircuitDigest Discover how amplitude modulation works through a detailed guide covering its principles, waveform behavior, and hands-on AM circuit demo using simple electronic components. Great for students and RF beginners.
Read more : https://circuitdigest.com/electronic-circuits/what-is-amplitude-modulation-complete-guide-formula-circuit-diagram-practical-demonstration
Week 6- PC HARDWARE AND MAINTENANCE-THEORY.pptx
Week 6- PC HARDWARE AND MAINTENANCE-THEORY.pptxdayananda54 Basics of computer hardware for beginners
Montreal Dreamin' 25 - Introduction to the MuleSoft AI Chain (MAC) Project
Montreal Dreamin' 25 - Introduction to the MuleSoft AI Chain (MAC) ProjectAlexandra N. Martinez Montreal Dreamin' 25 - Introduction to the MuleSoft AI Chain (MAC) Project
Decoding Kotlin - Your Guide to Solving the Mysterious in Kotlin - Devoxx PL ...
Decoding Kotlin - Your Guide to Solving the Mysterious in Kotlin - Devoxx PL ...João Esperancinha Kotlin can be very handy and easy to use. Kotlin offers the possibility to develop code that is easy to understand, safe, immutable, and thus predictable and follows standards that avoid side effects. I realized that very quickly after I started my Kotlin journey that already amounts to more than 5 years.
This is the third version of this presentation focused on more detail explaining inline, crossinline, tailrec and as a bonus a quick run through unnamed classes.
How Binning Affects LED Performance & Consistency.pdf
How Binning Affects LED Performance & Consistency.pdfMina Anis 🔍 What’s Inside:
📦 What Is LED Binning?
• The process of sorting LEDs by color temperature, brightness, voltage, and CRI
• Ensures visual and performance consistency across large installations
🎨 Why It Matters:
• Inconsistent binning leads to uneven color and brightness
• Impacts brand perception, customer satisfaction, and warranty claims
📊 Key Concepts Explained:
• SDCM (Standard Deviation of Color Matching)
• Recommended bin tolerances by application (e.g., 1–3 SDCM for retail/museums)
• How to read bin codes from LED datasheets
• The difference between ANSI/NEMA standards and proprietary bin maps
🧠 Advanced Practices:
• AI-assisted bin prediction
• Color blending and dynamic calibration
• Customized binning for high-end or global projects
Microwatt: Open Tiny Core, Big Possibilities
Microwatt: Open Tiny Core, Big PossibilitiesIBM Microwatt is a lightweight, open-source core based on the OpenPOWER ISA.
It’s designed for FPGAs and easy experimentation in chip design.
Ideal for education, prototyping, and custom silicon development.
Fully open, it empowers developers to learn, modify, and innovate.
Development of Portable Biomass Briquetting Machine (S, A & D)-1.pptx
Development of Portable Biomass Briquetting Machine (S, A & D)-1.pptxaniket862935 Biomass briquetting Machine
NALCO Green Anode Plant,Compositions of CPC,Pitch
NALCO Green Anode Plant,Compositions of CPC,Pitcharpitprachi123 Its a pdf about all the process involving in the green anode production
3. What is the principles of Teamwork_Module_V1.0.ppt
3. What is the principles of Teamwork_Module_V1.0.pptengaash9 Demonstrate the role of teamwork in the execution of systems engineering.
Describe the principles of successful teams.
Center Enamel can Provide Aluminum Dome Roofs for diesel tank.docx
Center Enamel can Provide Aluminum Dome Roofs for diesel tank.docxCenterEnamel Center Enamel can Provide Aluminum Dome Roofs for diesel tank.docx
4th International Conference on Computer Science and Information Technology (...
4th International Conference on Computer Science and Information Technology (...ijait 4th International Conference on Computer Science and Information Technology
(COMSCI 2025) will act as a major forum for the presentation of innovative ideas,
approaches, developments, and research projects in the area computer Science and
Information Technology. It will also serve to facilitate the exchange of information
between researchers and industry professionals to discuss the latest issues and
advancement in the research area.
IntroSlides-June-GDG-Cloud-Munich community [email protected]
IntroSlides-June-GDG-Cloud-Munich community [email protected]Luiz Carneiro Introduction slides for starting the June GDG Cloud Munich community gathering in Munich, Germany.
OCS Group SG - HPHT Well Design and Operation - SN.pdf
OCS Group SG - HPHT Well Design and Operation - SN.pdfMuanisa Waras This course is delivered as a scenario-based course to
provide knowledge of High Pressure and High-Temperature (HPHT) well design, drilling and completion operations. The course is specifically designed to provide an
understanding of the challenges associated with the design
and construction of HPHT wells. The course guides the
participants to work through the various well design
aspects starting from a geological well proposal with an
estimated formation pressure and temperature profile.
Working with real well data allows the participants to learn
not only theory, technicalities and practicalities of drilling
and completing HPHT wells but it also ensures that participants gain real experience in understanding the HPHT issues.
最新版美国圣莫尼卡学院毕业证（SMC毕业证书）原版定制
最新版美国圣莫尼卡学院毕业证（SMC毕业证书）原版定制Taqyea 鉴于此，定制圣莫尼卡学院学位证书提升履历【q薇1954292140】原版高仿圣莫尼卡学院毕业证(SMC毕业证书)可先看成品样本【q薇1954292140】帮您解决在美国圣莫尼卡学院未毕业难题，美国毕业证购买，美国文凭购买，【q微1954292140】美国文凭购买，美国文凭定制，美国文凭补办。专业在线定制美国大学文凭，定做美国本科文凭，【q微1954292140】复制美国Santa Monica College completion letter。在线快速补办美国本科毕业证、硕士文凭证书，购买美国学位证、圣莫尼卡学院Offer，美国大学文凭在线购买。
如果您处于以下几种情况：
◇在校期间，因各种原因未能顺利毕业……拿不到官方毕业证
◇面对父母的压力，希望尽快拿到；
◇不清楚认证流程以及材料该如何准备；
◇回国时间很长，忘记办理；
◇回国马上就要找工作，办给用人单位看；
◇企事业单位必须要求办理的
◇需要报考公务员、购买免税车、落转户口
◇申请留学生创业基金
【复刻一套圣莫尼卡学院毕业证成绩单信封等材料最强攻略,Buy Santa Monica College Transcripts】
购买日韩成绩单、英国大学成绩单、美国大学成绩单、澳洲大学成绩单、加拿大大学成绩单（q微1954292140）新加坡大学成绩单、新西兰大学成绩单、爱尔兰成绩单、西班牙成绩单、德国成绩单。成绩单的意义主要体现在证明学习能力、评估学术背景、展示综合素质、提高录取率，以及是作为留信认证申请材料的一部分。
圣莫尼卡学院成绩单能够体现您的的学习能力，包括圣莫尼卡学院课程成绩、专业能力、研究能力。（q微1954292140）具体来说，成绩报告单通常包含学生的学习技能与习惯、各科成绩以及老师评语等部分，因此，成绩单不仅是学生学术能力的证明，也是评估学生是否适合某个教育项目的重要依据！
Ad
Programming esp8266
- 2. Resources: • Espressif BBS http://bbs.espressif.com/viewforum.php?f=21 • ESP8266.COM http://www.esp8266.com/wiki/doku.php
- 3. Hardware
- 4. Dev Boards
- 5. Mine :D
- 6. Software • Lubuntu VM http://bbs.espressif.com/viewtopic.php?f=5&t=2 • ESP8266 SDK http://bbs.espressif.com/viewtopic.php?f=5&t=154 • RTOS SDK https://github.com/espressif/esp_iot_rtos_sdk • You editor of choice