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Most operating systems native to the computer system allows users to communicate with the computer system
An operating system that allows users to run interactive programs. Pretty much all operating systems that are on PCs are interactive OS's
The shell is the interface between users and operationg systems..Kernel
Most operating systems native to the computer system allows users to communicate with the computer system
An operating system is software or a set of software responsible for managing processes, resources, and hardware. Though some people also erroneously believe the operating system is also there to allow the user to use the computer, this is inaccurate, as that is the function of the shell, which not all operating systems are actually required to have (A lot of embedded systems don't interact with users at all but perform another task indirectly for users.)
An operating system is software or a set of software responsible for managing processes, resources, and hardware. Though some people also erroneously believe the operating system is also there to allow the user to use the computer, this is inaccurate, as that is the function of the shell, which not all operating systems are actually required to have (A lot of embedded systems don't interact with users at all but perform another task indirectly for users.)
A character-based operating system primarily relies on text-based commands and interfaces, allowing users to interact with the system through a command line or terminal. In contrast, a graphical user interface (GUI) operating system provides a visual environment with windows, icons, and menus, enabling users to interact using a mouse and graphical elements. While character-based systems may be more efficient for experienced users, GUI systems are generally more user-friendly and accessible for the average user. Examples of character-based systems include DOS, while Windows and macOS are examples of GUI operating systems.
An operating system (OS) is software that manages computer hardware and software resources, providing services for computer programs. Various types of operating systems include: Batch Operating Systems: These execute jobs in batches without user interaction, suitable for processing large volumes of data. Time-Sharing Operating Systems: These allow multiple users to access the system concurrently by sharing time on the CPU. Real-Time Operating Systems: These are designed to process data as it comes in, providing immediate response, crucial for applications like embedded systems. Distributed Operating Systems: These manage a group of separate computers and make them appear as a single coherent system to users.
This is dependent on the operating system. On Windows NT-based systems, the Administrator or any user with Administrator privileges can make changes to the system configuration. In Mac OS X and most Linux distributions, users in the admin group can make changes to the system by entering their password when prompted to escalate their privileges. otherwise they operate as normal users.
Real time operating system controls machinery and industrial equipment. Another is a mult-user system that allows many users to perform various duties.
A single user operating system is usually restricted to only allowing one user at a time log in and use the system. These types of systems are optimized for a personal desktop experience, not for multiple users of the system at the same time.