A web-based device controlled with Arduino would involve using a microcontroller board, such as an Arduino, to collect data and control the device, and a web server to host a user interface that can be accessed remotely through a web browser. The Arduino would communicate with the web server through a communication protocol such as HTTP or WebSockets, allowing the user to control the device and view sensor data in real-time through a web page. This type of setup allows for remote control and monitoring of the device from any device with a web browser.
The home appliance control will help in controlling the appliances at home with great ease. Nowadays most of the people have smart phones with them. It would be very interesting to control the home appliances just through the use of an android application. People do not need to get up from their beds to on or off the light while watching movies. This application will be especially useful to the old and handicap people. What if there are applications that allow the users to provide a chat bot in order to control the appliance with great ease? Yes, it is possible through the use of artificial intelligence based chatbot for appliance control application. This will be one of the interesting applications that one can work on and implement in real time world.
This application will reduce the pen paper work that needs a lot of manual work. It will help in obtaining the information of the students just at one click. This will be one of the interesting applications that one can work on and implement in real time world. People can rely on this application without any difficulty. The user interface will be simple and easy to understand even by the common man. People can rely on this application with great ease. The features that can be included in artificial intelligence based chatbot for appliance control application are as follows:
- Ease to use: The control of the appliances can be done without having to get up from the place.
- Saves time: This application can help in saving time since there is no need to go manually go to on or off the switches.
- Easy access: This application can be accessed anytime and anywhere from the world.
- User friendly: This application will be user friendly since the user interface will be simple and easy to understand even by the common man.
Open-Source Web based device controlled with arduino
There are several open-source projects that allow for web-based control of an Arduino device. One example is the Arduino Web Server library, which allows an Arduino board with an Ethernet or WiFi shield to host a simple web page that can be used to control and monitor the device. Another example is the ESP8266 and ESP32 based boards, which have built-in WiFi capabilities and can host a web server directly. These boards can be programmed using the Arduino IDE and several libraries are available that allow for web-based control and monitoring.
There are also web-based development platforms, such as Blynk and Cayenne, that allow for easy creation of web interfaces for Arduino devices without the need for programming. Both platforms provide a drag-and-drop interface for creating web pages and support a variety of communication protocols, including HTTP and WebSockets.
There are also many open-source libraries and projects available on GitHub, such as ESPAsyncWebServer that allows for building advanced web server with Asynchronous programming with webSockets and other features, which can be used to create more complex web-based control interfaces for Arduino devices.