PC-Based RTOS

August 1st, 2016 by

Today’s PCs powered by x86 and x64 multi-core multiprocessors offer opportunities for changing markets as well as creating new markets on the RTOS platform.

PC-based RTOSs are designed to provide real-time data of application processes as they are received, without experiencing delays. Although latency might still occur, chances of this are quite slim since latency is measured in seconds or less. This gives real-time PCs a greater advantage of consistency and higher speeds in relaying responses.

One of the main characteristics of computing systems based on RTOS is the level of consistency with regards to the duration of time taken to accept and complete scheduled application tasks. The main goal in designing a real-time operating system is to guarantee either a hard or soft performance classification. A soft real-time OS is one that can usually meet deadlines in normal circumstances. A hard real-time OS can also meet deadlines but the conditions have to be pre-determined.

A computer system that runs on RTOS is suited with algorithms for scheduling, which enhances flexibility. Flexibility in scheduling of tasks offers an extensive platform for orchestration of computer process priorities. However, a real-time operating system is often dedicated to a particular range of applications. The value of a real-time OS is mainly based on its immediacy or predictability in response instead of the amount of work it can deliver within a given timeframe.

PC-based RTOSs are quite efficient in performance considering the larger memory space that is accorded to the operating system. In fact, all the required memory for the system is determined and specified during compilation to avoid leaks, which results into stable processing of data and general performance. PC-based RTOSs are operating systems that are installed on computing systems to enhance predictability of scheduled tasks.

RTOS plays a greater role in the programming solution to give your PC real-time functions. With this, a computer system can be used to efficiently carry out various tasks with a guarantee of results within the scheduled deadlines. The platform offers an ideal space for the creation of sophisticated real-time systems without so much hassle. This means a more enhanced experience to the PC user.

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