Open Source Home Automation with LinkSprite.IO
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This document discusses open source home automation using LinkSprite.IO. It describes using a LinkNode D1 WiFi Arduino board along with various Linker sensor and actuator modules. It provides the hardware and software requirements, including using the Arduino IDE, Android SDK, and Java. It explains how to set up WiFi on the LinkNode and send sensor data to LinkSprite.IO via HTTP POST requests. Finally, it briefly mentions the possibility of Zigbee-based home automation using pcDuino.
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Eclipse Kura Shoot a-pi
Eclipse Kura Shoot a-piEclipse Kura The document describes a tutorial for creating an arcade shooter game simulator called Shoot-A-Pi using the Eclipse Kura IoT application framework on a Raspberry Pi. The tutorial will cover setting up the hardware, creating OSGi bundles to interface with sensors and actuators, implementing the game logic, and deploying the bundles to the Raspberry Pi. Attendees will work through building the game over the course of the tutorial session.
Send SMS with Arduino UNO R4 via Internet
Send SMS with Arduino UNO R4 via InternetCircuitDigest Discover how to send SMS using Arduino UNO R4 Wi-Fi without a GSM module. This project utilizes the Circuit Digest Cloud API and a basic web interface to deliver real-time text messages over the internet, ideal for IoT and alert systems.
Global Azure Bootcamp 2016 - Real-world Internet of Things Backend with Azure...
Global Azure Bootcamp 2016 - Real-world Internet of Things Backend with Azure...Andri Yadi The document outlines the 2nd Global Azure Bootcamp held in Bandung on April 16, 2016, focusing on real-world IoT backends using Microsoft Azure IoT Hub. Key topics include various IoT technologies, Azure services for connectivity, device management, analytics, and visualization, along with demonstrations using popular development boards like Raspberry Pi and ESP8266. The presentation encourages participation in Azure IoT starter kits and communities for further exploration and development in IoT solutions.
Controlling the world with Arduino & JavaScript
Controlling the world with Arduino & JavaScriptMagnus Green The document discusses using Arduino and JavaScript for home automation and the Internet of Things (IoT). It presents predictions about the growth of connected devices by 2020, outlines how Arduino can be integrated with sensors, and introduces the 'Johnny Five' library for controlling Arduino through JavaScript. Additionally, it provides links to relevant GitHub repositories and resources for further exploration in IoT.
smart switchboard pcu.pptx
smart switchboard pcu.pptxashrafpathan3312 This document describes an IoT-based home automation project using a NodeMCU ESP8266 module. The project aims to allow remote control of lights, appliances, and home systems through an Android app. Key components include a NodeMCU microcontroller interfaced with relays, resistors, transistors, buttons and LEDs. The NodeMCU acts as an interface between the user app and hardware devices, using a micro web server for communication. Notifications are sent to the user app, allowing wireless control and automation of home appliances and systems through internet connectivity. The project creates a low-cost and flexible smart home control and monitoring system based on IoT technology.
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Open Source Home Automation with LinkSprite.IO
- 1. Open Source Home Automation With LinkSprite.IO Jingfeng Liu
- 10. $9 WiFi Arduino: LinkNode D1
- 13. LinkNode R4
- 14. LinkNode D1 based Home Automation
- 16. Hardware List LinkNode D1 Linker Base for D1 Llnker Oxygen Sensor Linker temperature & humidity sensor Linker relay module Linker LED module IR distance sensor Servo 1602 LCD
- 17. Software Arduino IDE with ESP8266 hardware package Android SDK and Java
- 19. Arduino Code for WiFi include <ESP8266WiFi.h> #include <WString.h> #include <DNSServer.h> #include <ESP8266WebServer.h> #include <WiFiManager.h> void linksprite_io_init() { WiFiManager wifiManager; wifiManager.setAPStaticIPConfig(IPAddress(10,0,1,1), IPAddress(10,0,1,1), IPAddress(255,255,255,0)); wifiManager.autoConnect("LinkNodeAP"); Serial.print("WiFi Connected ...n"); Serial.println("WiFi connected"); }
- 20. LinkSpriteIO using HTTP post request if (client.connect(server,80)) { String postStr ="{"; postStr +=""action":"update","; postStr +=""apikey":""; postStr += apikey; postStr +="","; postStr +=""deviceid":""; postStr += deviceID; postStr +="","; postStr +=""params":"; postStr +="{"; ... postStr +=""humidity":""; itoa(h,hum,10); postStr +=hum; postStr +=""rn"; postStr +="}"; postStr +="}"; client.print("POST /api/http HTTP/1.1n"); client.print("Host: "); client.print(server); client.print("nContent-Type: application/jsonn"); client.print("Content-Length: "); client.print(postStr.length()); client.print("nn"); client.print(postStr);
- 22. Zigbee pcDuino based Home Automation
- 23. Thank you!