The Purpose of using Using SMS Robot And Its Specification

 

The primary benefit is the faster operational speed. In SMS robot control, you must send one SMS for each motion. However, numerous motions can be performed in a single call. Another advantages of call-based control is that it is less expensive than SMS-based control: This project makes use of mobile devices, and because mobile has a very long range, so does the project. Furthermore, it is determined by the cell network's coverage.

SMS robot


Process to control Robots with SMS :

Consider a voice that is so realistic that you can't distinguish whether it is a human voice or an algorithm from the future. The transitions are seamless, the inflections are genuine, and the voice is cheerful, reasonable, or serious your pick. Imagine being able to choose among these voices and personalities in the same way you would a regular audio professional. Happy news: text-to-speech technology has here, and it is all of these features and more.

Text-to-speech (TTS) technology reads computer text vocally. Text-to-speech technology can convert words on a computing device into living person sounds with the push of a button. As artificial intelligence advances, the capabilities of voice synthesis become more acceptable (and appealing) to creative professionals

As a result, it may control the relay. The relay terminals are attached to DC Motors, which will drive the robot based on the instructions received.

For example, if you would like to move the robot ahead, you must send SMS to the modem that is attached to the SMS robot. After obtaining the SMS, the modem sends the relevant signals to the microprocessor through the data connection and level converter. The microprocessor then triggers the associated relay, causing the robot to move ahead. Alternatively, we can tell the robot to change the policy on both the left and right sides.The data cable is the connection that connects a cellular phone to a microcontroller. We can transmit and receive orders to and from the cell phone via a data connection. The output of the mobile phone signals is sent into the level converter, which converts the signals into 0 and 5 volt pulses, which are then fed into the microcontroller.

We must configure the microcontroller to receive the input signal from the mobile phone via the data wire, and the microcontroller will activate the relay via the relay driver circuit, which comprises transistors that operate as switches.

Cell phones are now widely used; they are more than just a means of communication with humans. It is quite beneficial for communicating with and commanding the machine. One of them is this project.

The goal of this project is to use a mobile phone to manage and operate a robot using the short messenger service (SMS) approach. However SMS robot, instead of a cell phone, we are employing a GSM modem.

This project includes a robot gathering, a microprocessor, a GSM modem, a data cable, a level converters, a relay device, and traction control. The microcontroller is a fully programmable memory chips processor.

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