Microwave ovens are a good example. Almost every family has one, and tens of millions of people use them every day, but few people realize that their lunch or dinner is prepared using a computer processor and software. Here is where embedded system applications roll in!
The design of an embedded system to execute a specific task differs significantly from that of a personal computer. It, too, is made up of computer hardware and software, as well as mechanical parts (disk drives, for example). A personal computer, on the other hand, is not designed to execute a certain task. Rather, it is capable of a wide range of tasks. To make this distinction clear, many people use the term general-purpose computer. A general-purpose computer is a blank slate when it is delivered; the maker has no idea what the customer will do with it.
One customer might use it as a network file server, while another might use it solely for gaming, and yet another might use it to write the next great American novel. An embedded system is frequently a component of a larger system. Many embedded systems are found in modern cars and trucks, for example.
1. Sound Knowledge of C Programming– Any embedded programming starts with C programming. It’s the mother tongue of embedded programming, and you should be fluent in it to the point that you’re thinking in ‘C’:
2. Begin by using an 8-bit microcontroller.
OKAY!! I started learning C, but isn’t that just programming? What is the best way for me to get into embedded? – That concludes the second section.
3. Learn how to interface and build your own breadboard circuits: Youre ready to go on to the next level, which is building something and learning from it, now that you’ve mastered C and Microcontroller programming. Microprocessors are computer engines that you may programmatically control.
They have certain basic components such as a timer, serial port, tiny memory, and so on. However, you can’t do much with just a microcontroller in practice. You need to INTERFACE SOME PERIPHERAL to it even for basic User interaction.
So that’ll be your next objective. Learn how to interface with peripherals and how to address them.
Learn how to connect simple peripherals such as the ones listed below.
4. Basic understanding of IoT-As embedded systems have made their presence almost everywhere, it is imperative to have a sound and stable knowledge of the IoT that is booming along with Machine Learning.
5. Knowledge of both Hardware and software-Even though it is very clich? to mention, a sound knowledge of the hardware and software used in embedded system applications is expected from an expert.
Again, the goal is to understand rather than to make these work. These 5 basics if well implemented are sure to garner results.
In case you want to embark on a journey of learning more about Embedded systems with IoT then The IoT Academy can be of great help. With experts from several industries, you can get the core of insights that will help you to pursue your dream job in the future.
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