What is an inserted operating system?

The inserted operating system performs a very specific purpose of exclusion of all other functions. These operating systems usually occur in separate computer devices such as ATMs or navigation systems. The built -in operating system usually operates a specific piece of programming, such as a rocket consulting system and nothing else. This type of built -in system is often very important for computer functions in real time.

There is a big difference between the standard and the built -in operating system. The standard operating system creates an environment in which the user and the computer can interact with each other to perform a huge range of tasks. This is in direct contrast to the built -in operating system that will perform only one type of task, and often do it without any user intervention. While the normal operating system is installed on a multi -purpose computer, the built -in system operates other electronic devices.

Inserted operating system is usually SOIt will be a built -in computer system. These systems are a narrow purpose, fixed functions, computer systems. The built -in computer system operates almost every electronic device today. These small programs regulate everything from applications on mobile phone to heat in toaster.

This type of system focuses on microcontroller chips. These chips act as a small computer, receive information, process it, and then publish information. Unlike a normal computer, a typical microcontroller chip is only able to do one thing. While all these built -in systems have microcontroller chips, only the more complicated have a complete inserted operating system.

Generally, in order for the built -in system to guarantee a real operating system, it needs at least one of two things: complexity or interactivity. A complex system must obtain information from multiple source, perform several types of operations or based on its situationCEE load different types of operations. Basically, they must be able to perform multiple tasks.

Another common requirement for a real operating system is interactivity. If the user has to interact with the operation, especially if the operation depends on time, it will usually have a built -in operating system. Since the standard controller simply receives and sends data whenever the user needs to interact with these data, a more complex system is needed.

Many real -time operating systems are also built. This type of system requires an immediate response to data input - delay and delay is not a possibility. Since the built -in system has no purpose outside its specific task, they work well. These systems usually perform instant response procedures, such as breaking against the car block.