Micro Operation System for Microprocessor Applications

Abstract

The microprocessor is an extremely helpful device for our modern communication. A chip is a computer processor where the data processing logic and control is remembered for a solitary integrated circuit, or few integrated circuits. The performance of any computer is vastly dependent on them. In this paper Real-time applications for embedded systems often use microprocessor systems. Especially when using single-chip microprocessors, there are limitations with the size of the operation and program memory and those are disadvantages to using conventional RTOS, which occupy a superfluous measure of memory, and the majority of their administrations will stay unused. The microprocessor contains the arithmetic, logic, and control circuitry expected to fill the roles of a central processing unit. The incorporated circuit is equipped for deciphering and executing program guidelines and performing arithmetic operations. The presented system includes subsystems: 

(a) The cooperative management as many as eight to sixteen tasks for a time-independent role

(b) Pre-emptive multitasking for time role management. In this mode are tackled objective undertakings of numerical control and execution of PID regulators.

The proposed solution will bring the simplified design of digital control applications when the commercially delivered applications are unnecessary robust and solve tasks like file management etc.

Keywords: Microprocessor, CPU, IC