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Embedded Robotics: Robotics is a branch of technology that is used for building robots for some certain applications. Nowadays, it is used to perform some high-precision jobs and in some special situations like working in some toxic environment, and nuclear reactors, etc.
It consists of three main components such as
- Mechanical device that can interact with surroundings
- Sensors provide feedback from the environment
- A system to communicate between a mechanical device and sensory data known as an embedded system
Therefore, robots need some intelligence to work and create decisions without breaking the above rules. In fact, this is also done with the help of embedded systems. Now the questions that come in our mind are “how this embedded system operates?”, “how it looks like?” As we all are familiar with the computers and their components that are used to perform various tasks, so it’s not difficult to understand the answers.
To determine, it is a computer which has been built to solve a particular problem. The term “Embedded” refers that this intelligent system is an integral part of a huge system with hardware and mechanical parts, to perform some certain role. Since the embedded system is dedicated to specific tasks, design engineers will optimize it to deduct the cost and size of the product. As well as, increase reliability and performance. Today embedded system is found in almost every electronic device that is using in day to day life. The following examples such as video games, mobiles, washing machines, microwaves and so on. However, any device which measures, stores, manage, controls, calculates or displays information that must have an embedded system inside.
In Embedded Robotics, The most crucial part of an embedded system is microprocessors and Microcontroller Programming Certification Course. These are multipurpose and a programmable device which accepts digital data as input processes it according to instructions stored in its memory. And, it provides results as output. To evaluate, modern embedded systems depend on microcontrollers but ordinary microprocessors are also common, especially in more-complex systems. The only difference between microprocessor and microcontroller is that microprocessor chip does not have memory, peripheral interface circuits, other components and therefore, need to connect them externally. On the other hand, the microcontroller has all the components such as CPU, memory (RAM, ROM), input/output ports and timers embedded on a single chip. Hence, a microcontroller has reduced power consumption, size, and cost as compared to microprocessors.
At Elysium Embedded School, we provide most advanced Embedded Systems Training and Certification Course and Microcontroller course such as ARM, AVR, STM, 8051, PIC ,Raspberry, Arduino, Atmel, etc. Our training course by the expert trainers helps to improve your knowledge with the best guidance support.