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The main advantage of a system without GUI is higher reliability, resulted by fewer working components, as each of them may crash the whole system. For example Windows platforms cannot work because of a corrupted display driver, which is impossible in Linux configuration without GUI. Another advantage of Linux is ability to create scenarios for a number of administrating tasks and running them in command mode. Because of the difficulties with describing mouse-clicks in command files, windows administrators often have to look for analogies in command mode in order to solve tasks, which are easily solved by standard GUI network tools.
Remote administration of Windows NT server is considered to be rather complicated. Even though that it was adjusted for remote administration by such components as rcmd.exe (Remote Command Service) in combination with regini and regedit applications, nevertheless remote administration remains to be quite different from local analogue. Linux and other operation systems, which originated from Unix fully, support remote administration, as the only difference is the speed of data exchange.
Security features of Linux are also more advanced as in majority Linux users run non-root user ids, which limits activities of viruses, while in windows such features often not available. Most of Windows...
One of the main is installation issue, as Linux doesn't support all existing hardware components, as a number of hardware manufacturers do not provide drivers for Linux operation systems, but for Windows only. Another problem is hardware update on the Linux installed platform. Windows has a friendlier installation wizard and standard options of hardware update. From the other side in terms of compatibility, Linux doesn't support a number of programs, which were designed for MS Windows even under WINE interpreter. It restricts use of Linux on multipurpose platforms and limits its use to a powerful network operation system.
Making a conclusion it's important to note that neither Windows nor Linux can be mutually substitutable. Each of these systems can be an alternative for certain functions. Linux is more powerful for networking and has more options for developers, as it's an open source system. From the other side Windows is an acknowledged standard. Today, when Microsoft representatives said that corporation is ready to open access to system's code Linux has a lot of chances to become "a system created by hobbyist for hobbyists."
Windows vs. Linux
Windows 7 Operating System Guide to Operating Systems The role of operating systems continues to be critical to the overall performance of enterprise information systems globally. In the majority of enterprises today there is a wide variation in the type of operating systems used, as the information needs vary significantly across organizations. The intent of this analysis is to evaluate the Microsoft Windows XP, Windows 7 and Linux operating systems. The architectures,
Windows Operating System: As one of the mainstream modern operating systems, Windows Operating Systems is commonly used across the globe. The series of Windows Operating Systems are developed by Microsoft and have developed to become the leading operating systems that are used by many people in the globe. The history of this operating system can be traced back to 1981 when it was basically considered as a graphical user interface that
Storage management, creating and maintaining a file system, and integrating them into networks also share a common set of functions that allow for programmer flexibility in terms of their use and sequencing through an application. These functions are specifically called as part of the kernel of the Linux operating system, and as a result they can be selectively updated very quickly. A full recompile of the entire operating system
Windows CE: Compare/Contrast Linux and Windows XP Windows CE Windows CE (consumer electronics), as the name indicates is Microsoft's embedded operating system specially developed for many types of consumer electronic gadgets like PDA's, industrial controllers and other mobile communication devices. It is in a true sense a multitasking and multithreading operating system and hence allows for two applications to be run at the same time. The first version of Windows CE had
Threading is not as popular or useful on Linux and other Unix-like operating systems as it is on other systems. Threads became popular on operating systems that have high overhead for starting new processes. Starting a new process on Linux has fairly low overhead, so use of multiple cooperating processes is usually a simpler approach. (Raymond Chapter 7) Threaded applications are generally more complex and perform worse than those
, Minoves, Garrigos, 2011). UNIX and Linux are considered the best possible operating system for managing the development of unified collaboration and workflow-based applications as a result (West, Dedrick, 2006). For all the advantages of UNIX and Linux, the disadvantages include a development and administrator environment that is archaic and command-driven, lacking much of the usability enhancements that Apple and Microsoft both have invested heavily in. The UNIX and Linux user