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The difference between GNOME and Windows Operating System. The difference
between GNOME and Windows operating system. GNOME: 1. Linux ...
... A primary architectural difference in Windows the servers ... In some cases, applications
are portable between the various ... environment, like KDE or GNOME, so that ...
... The third difference is the quality of online ... function requirements and capabilities
between these two ... 10 operating system uses the Gnome desktop environment ...
... Linux typically provides two GUIs, KDI and Gnome. ... Windows NT Comparison ... com/compare/
unix_vs_nt.html Host Library (2006).What is The Difference Between Unix And ...
... Hardware Comparison The greatest difference between the two ... User Interface The user
interfaces between Linux/UNIX ... Such interfaces are GNOME, KDE, and Afterstep ...
Submitted by Twisted_Angel on July 5, 2006
Category: Technology
Words: 3726 | Pages: 15
Views: 199
Popularity Rank: 60,975
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The difference between GNOME and Windows operating system.
GNOME:
1. Linux is based on a long history of well fleshed-out multi-user design.
Linux does not have a history of being a single-user system. Therefore it has been designed from the ground-up to isolate users from applications, files and directories that affect the entire operating system. Each user is given a user directory where all of the user's data files and configuration files are stored. When a user runs an application, such as a word processor, that word processor runs with the restricted privileges of the user. It can only write to the user's own home directory. It cannot write to a system file or even to another user's directory unless the administrator explicitly gives the user permission to do so.
Even more important, Linux provides almost all capabilities, such as the rendering of JPEG images, as modular libraries. As a result, when a word processor renders JPEG images, the JPEG rendering functions will run with the same restricted privileges as the word processor itself. If there is a flaw in the JPEG rendering routines, a malicious hacker can only exploit this flaw to gain the same privileges as the user, thus limiting the potential damage. This is the benefit of a modular system, and it follows more closely the spherical analogy of an ideally designed operating system.
Given the default restrictions in the modular nature of Linux; it is nearly impossible to send an email to a Linux user that will infect the entire machine with a virus. It doesn't matter how poorly the email client is designed or how badly it may behave - it only has the privileges to infect or damage the user's own files. Linux browsers do not support inherently insecure objects such as ActiveX controls, but even if they did, a malicious ActiveX control would only run with the privileges of the user who is running the browser. Once again, the most damage it could do is...
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