Know the Significant Role of Embedded System in Robot Industry
We are living in the modern era and have a lot of things that have made our life much easier. But, one thing that we cannot deny is that technology has been used to a greater extent and has improved by leaps and bounds. It can be seen in various sectors like education, healthcare, information technology, automotive industry etc. One such sector is robotics where various machines are used for performing various jobs with more accuracy as compared to humans. The embedded system is commonly called the hardware that is linked to the software. It develops a specific set of instructions that are run by the hardware.
The hardware and software both work together for delivering complete software solutions. On the other hand, there exists another term called “Microcontroller” which performs a group of instructions that are contained in an MCU. In 1980, CPU was first embedded into microcontrollers. However, these days the microcontroller has its own CPU, RAM and ROM independently embedded inside it. This opened up a new avenue for development of robots and formed them into an important part of our lives. Now, you might be wondering what role they play and how they work? If yes then you should read this blog post as this will provide you with some knowledge about embedded systems.
An embedded system can be defined as a computer which is built to solve a specific problem. So what does it have to do with robots? Well, to put it simply – almost everything! Embedded systems are everywhere and they play an essential role in the future of robotics. From sensor-based algorithms, to self-adjusting controls, embedded software is playing a role that is shaping the world of tomorrow. Synthetic vision systems, automated steering and collision avoidance, it's all embedded computing! No doubt that the Robotics Industry will revolutionize many industrial sectors (e.g. manufacturing) as well as service industries (e.g. retail), but its impact on home automation will be unbelievably amazing.
There are many types of embedded systems in the market, but each one is built for one purpose. There are some common applications for embedded systems such as Traffic Control, Industrial Manufacturing, Industrial Automation and Consumer Electronics. These embedded systems control various machines to do complex jobs with precision and high speed and also reduce time to regenerate the product.
Most sensors, electronic devices and other non-perform specific tasks are self-contained in nature. They do not require an external system to monitor their activity and occasionally provide information to the user’s device. This embedded system is also known as an autonomous system. The huge diversity of embedded systems allows it to be used in a wide range of applications to perform specific tasks, such as control of traffic lights, airbags crash detection in cars, detecting counterfeit money and even the extraction of resources from other planets.
Considering the demand for embedded systems, various companies are focusing towards the testing and certification aspects of projects. The main aim is to reduce the product cost, size and errors that leads to enhanced reliability.
The significance of embedded systems can be gauged from the fact that they are the candidates for the future of modern electronics which will ensure energy efficient and stand-alone processing. These devices have smaller and cheaper size, use lower power and don't require external memory as most of the data is stored inside them. The microcontroller programming certification training course is also becoming popular as it ensures specialized and faster development of these processors.
Microprocessors 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 the 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.
With the rising demand of robot technology in automobiles and other industries, the need for effective robots needs to be powered efficiently. Embedded software is playing a dominant part in successfully powering efficient robots. A robot is created as a result of several components that collectively work together to function as an entity and not an individual signal receiving unit.