In this article, we will discuss the relationship between embedded systems and robotics are related to each other. So, to get started, let’s start with their little introduction. Happy Reading!!
A combination of computer hardware and software designed for a specific function or within a larger system is called an embedded system. Specific tasks are performed using an embedded system, but cannot be used as general-purpose computers to perform different tasks. The software for the embedded systems is normally referred to as firmware, which can be stored in a disc or in a single chip. The two main elements of the systems are:
- Embedded System Hardware
- Embedded System Software
Embedded systems are also used as computer systems that perform the actions, such as monitoring, responding, and controlling external movement, these are called real-time embedded systems. The computer system is used to connect the external environment through sensors, actuators, and I/O interfaces. A real-time embedded system is used in different fields such as military, government sectors, and in medical.
For high precision jobs and under dangerous working conditions for humans the world is now taking advantage of robotic applications and technology. With the components of robotics, you can know the relationship between robotics and embedded system. A robotic application has primarily three main components:
- A mechanical device, to interact with surroundings.
- Sensors
- Embedded System, they are used to bridge the communication between the mechanical devices and sensors.
With the advancement of technology around the globe and the dependence of us, humans on auto controlled devices have led to a boom in the robotics industry. Robots are considered as the future of humans in that field where risk factor to life is really high. Robotics has changed the course of the world, it has opened several new aspects of employment in various fields of technology which requires the basic skill of the embedded systems. There are various applications of embedded systems in robotics. Which clears the relationship between robotics and embedded system. These are:
- Smart healthcare systems
- Intelligent transport systems
- Autonomous vehicle
- Security and defense
But the typical applications of embedded system in robotics are:
Robotic Vehicle with Long Distance Speech Recognition
These robotic vehicles are controlled by voice commands for remote operation. This will make you understand the relationship between robotics and embedded system. The speech recognition module is used with an 8051 microcontroller to perform the desired operation. Pushbuttons or voice commands by a speech-recognition module which is interfaced with the microcontroller are used for vehicle movements like left, right, up, and down.
Remote Controlled Robotic Vehicle for Store Management
These robotic vehicles are controlled using a touch-screen display unit for remote operation. This is another example of the relationship between robotics and embedded system. Robots use the touch screen module that sends the control signals corresponding to the vehicle movement to the microcontroller. Signals to the encoder are sent through this microcontroller, and then to the transmitter that eventually transmits the signals to the receiver circuit.
Robotic Vehicle with Long Distance Speech Recognition and Remote Controlled Robotic Vehicle for Store Management are the two embedded systems applications in the field of robotics. These examples of the embedded systems might have provided you with a better understanding of the relationship between embedded systems and robotics. If you want to learn more about robotics and the embedded system then you can enroll in a course so you can clear your doubts and get expert helps in your projects.
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