Industrial Training for best understanding working of Real Time Operating System

While starting, the Real Time Operating System is known as a multitasking operating system that deals with the real-time applications that is mostly comprised of the applications that can easily run on the embedded systems. There exists numerous embedded systems in this IT industry and the list of the systems we see in our daily life can grow exponentially every year. Nowadays, embedded systems can be found everywhere for example in the household appliances like dishwashers, microwaves, office appliances like photo copiers, fax machines, computer peripherals like scanners, printers, modem or the hi tech stuffs like spacecrafts, automobiles, robots, weapon systems, research equipments and many more.

The real time operating system requires some basic concept to be understood by the users to start working with it and this is the reason why industrial training is given to the students in their initial stage of learning engineering concepts. 

A resource here simply reflects about any entity that could include any operating device like display, printer, keyboard or a program defined variable structure of array. A task or a thread may be considered as a simple piece of program that understands that it comprises CPU and all the resources to itself. A task can typically be comprised of any of the states including dormant, running, waiting or ready. Any task will be said to be ready when it executes its codes, but it comprises lower priority than that of the current task that is running. Any task would be said as running, when it gets the control of the CPU along with executing its code. Task at waiting will be called when it waits for the occurrence of any event for example, an Output or Input Operation for completion or interruption to occur or to make available any resource. Any task will be said as dormant, when it still remains in the memory without being made present or available to the kernel.

Embedded systems noida imparts training for the best use as well as implementation of different range of applications of this field. They suggest that in the process of multitasking, a number of threads or tasks can run on the single computer itself. Contet or Task Switches also remain there and the central component of the operating system i.e. the Kernel manages all the tasks. Separate roles are there for the schedulers. Round robin, first in first out, priority based and shortest remaining time tasks.