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From Unix to Linux: A Look at the "Multics Offspring" By C. Rogers, 01.00 Unix is an operating system that was developed at the end of the "Multics" era; an operating system envisioned by AT&T to allow multiple computers to communicate and work together. When the Multics project started fading away in 1969, Ken Thompson (one of the former Multics engineers) created a single user system of his own. Lo and behold, the system he created would later spawn into an OS that would allow multiple workstations to communicate with each other and exchange data. These computers would operate simultaneously, operate across time zones (via TCP/IP) and would have multiple users working on the same project. Unix systems incorporate such features as electronic mail, computer networks, and a great deal of third party programs designed to take advantage of the OS for productivity purposes. Unix operating systems all have two important characteristics-- they include multitasking (the ability to run multiple programs at once) and multi-user timesharing systems (the ability to support one or more users at once). Unix has evolved as a kind of large freeware product, with many new ideas provided in a variations of Unix platforms through different companies, universities, and people. Unix is a fully functional operating system, with virtually all the utilities you have become accustomed to, and more. Many of the underlying ideas and philosophies are different from other operating systems, which leads to differences in the way things are done at the user level. But all of the normal commands such as searching, copying, mail, editing, and compiling are there; they just have different names and different ways of running them. With the addition of X-Window, Unix machines gained a graphical interface, which allowed the user even more control. Though this remains just a shell, the preservation of the command line and text-oriented programs are still available. The down side of Unix is that it can be very difficult to use for the inexperienced user. It is a very complex operating system and unlike MS DOS, Windows, and Windows 95, requires the user to do most of the configurations. However, because of this, an experienced user can make Unix do virtually anything he wants it to. Unix comes with all the source code so the user can actually program or design new programs into the operating system. If Unix lacks something an experienced programmer needs, he can simply write a program for the operating system to meet the need. Unix operating systems are used in widely sold workstation products from Sun Microsystems, IBM, and a number of other companies. The Unix environment and the client-server program model were important elements in the development of the Internet and networks rather than in individual computers. Linux, a Unix "flavor" distributed as free software, is increasing in popularity as an alternative to high-priced operating systems. With Linux serving as the next generation of Unix-based systems, what will be in store? Will Unix become the "OS of choice" into the new millennium? The answer to the question is YES. With Microsoft's crash-prone Windows platform and screwy technical support, it's just a matter of time before Windows goes belly up (and Bill Gates as well). But Linux needs to step up to the plate with better driver definitions, and a more friendly graphical user interface. Over time, this will happen, and super-reliable Linux operating system will splurge the market. |
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