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Operating systems schedule processes to ensure the CPU has optimum utilization. We are familiar with the various scheduling algorithms operating systems use to schedule processes. Hire us immediately if you are stuck with such an assignment.

Process synchronization is critical because it maintains data consistency. Operating systems manage the memory and space shared by processes to achieve this. Let our experts help you produce top-grade solutions within your deadline.

The operating system is also responsible for managing the files of a computer system. We are knowledgeable about the allocation methods used to manage files and free up space. We can curate accurate and precise solutions.

One of the main functionalities of an operating system is memory management. It tracks both the main memory and the disk. It also decides the priority of allocating memory to processes. We can break your complex assignment into more straightforward solutions you can understand.

When a process requests for a system resource held by another process which is also waiting for another resource held by another process, the processes enter a state known as deadlock. We have handled several assignments on this topic.

Let your solution speak the language of quality and excellence. Procure our help with any secondary storage structure-related assignment. We thoroughly understand disks and scheduling (SSTF, SCAN, FCFS), among other concepts.

A real-time operating system can easily be identified by its two distinctive features: determinism and predictability. It is an operating system that processes tasks within a stringent timeframe. Real-time operating systems are often used in critical systems.

A distributed operating system comprises multiple independent software processing tasks serviced by a collection of CPUs. We boast in-depth knowledge of the two main types of distributed operating systems (client or server systems and peer-to-peer systems).

A network operating system supports resources connected to a local area network. The resources can be personal computers, workstations, and more. Some famous examples of network operating systems are UNIX, MS Windows, and MS-DOS.

A mobile operating system supports applications in smartphones, tablets, and small personal computers. Today, there are several types of mobile operating systems. However, the most popular ones are Google Android and Apple iOS.

It is a unique operating system that performs a particular task in an embedded system. It runs the program that supports the system and allows it to accomplish its task. You can liken it to a computer that supports the functions of a bigger machine.

This operating system allocates users a small portion of a shared computer resource. Each user can process multiple tasks at once. Also, users get an equal amount of time to perform their functions. It aims to make optimum use of the CPU.