false
A computer set up to perform a single, specific task. Such as a mail server, file server, etc.
If you are talking of DOS OS, no it is not possible as DOS is a single user, single tasking OS but if you are talking of Windows then yes you can open multiple DOS windows and do different work.. But please remember that this is the properties of Windows, not DOS..
Microcontrollers are special-purpose computer systems, usually programmed to perform a single task.
The operating system allows you to use the computer, but you need specific programs to perform specific tasks. There is no single piece of software that allows you to perform every specific task.
After using a Windows computer for over six years I switched to the Apple iMac. I have been using this iMac for almost 5 years without one single problem or one single crash. I love my iMac and would never ever go back to a Windows computer.
depends on the computer there is a vist upgrade advisor on the Microsoft webpage here is the webpage: http://www.Microsoft.com/windows/windows-vista/get/upgrade-advisor.aspx and that will tell you if your computer is capable of whatever OS of vista you can run
bus is long
The 3 main architechtures in use are, i386 (Intel/AMD Based), PowerPC (Older Apple, IBM), and Sun SPARC, they each have their advantages and disadvantages, the most common is i386, its what all windows computers, and now apples Macintosh line use.
In single tier architecture, a single executable file handles all functions related to user,business and data services.like the case of PASCAL,COBOL.
As administrator, you can create unique 'user accounts'.
Single-tier architecture is the notion of having the user interface of a web application, the middle ware and the data access all contained in one whole architecture. Usually in Software Engineer you break your application to make them more maintainable and sustainable. If you know that your software will not grow over time, you may want to do a single tier architecture.
Flynn's taxonomy is used to categorize computer architectures. Considers the number of processors and the number of data paths incorporated into an architecture. The fours combinations of processors and data path are: SISD( Single instruction, single data stream) MISD( Multiple instructions, single data stream) SIMD (Single instructions, multiple data streams) MIMD( Multiple instructions, multiple data streams)