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Intel Compute Blade SBX44...
Blade, No Processor, Memory Size : 0 GB More |
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Intel Compute Blade SBX82...
Blade, No Processor, Memory Size : 0 GB More |
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Intel Compute Blade SBXD62...
Blade, No Processor, Memory Size : 0 GB More |
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Intel Compute Module...
Blade, No Processor, Memory Size : 0 GB More |
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Examples
A web server delivers a web page when requested by a web browser (called client in this context). The predefined way a server and client communicates is called a protocol. For instance, HTTP is the protocol used between a browser and a web server.Among the many services provided by the Internet servers are:- World Wide Web
- the domain name system
- FTP file transfer
- chat and instant messaging
- voice communication
- streaming audio and video
- online gaming
This entry is from Wikipedia,the leading user-contributed encyclopedia.It may not have been reviewed by professional editors(See full disclaimer)


- 1.Server (computing) - Wikipedia, the free encyclopedia
- Server (computing) From Wikipedia, the free encyclopedia. Jump to: navigation, search ... A server is any combination of hardware or software designed to ...
- http://en.wikipedia.org/wiki/S
erver_(computing)
- 2.Talk:Server (computing) - Wikipedia, the free encyclopedia
- This is the talk page for discussing improvements to the Server (computing) article. ... For a discussion of server computing (HW & OS)'s descent from mini vs ...
- http://en.wikipedia.org/wiki/T
alk:Server_(computing)
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which is most demanding among i got 2 options to study in
MCA among compiler design and
client server computing...i am
confused about which one to
select...i want to select that
which is the most demanding
nowadays as i dont have any
personal interests among
these...
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Compiler designer is a *****. Writing a compiler is a hell of a lot of work, every thing from token recognition and parsing, tree building, syntax checking etc... a lot of work. So if you want demanding go compiler design, but I don't see it as being useful. |
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What is the easiest and most If the current IT environment
uses a mixture of windows and
Unix/Linux applications in a
distributed manner, how can we
change to a server based
approach?
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Changing to a server base will required a centralized administration. i.e centralize servers hosting various applications depending on the numbers of client involve will determine the type of server hardware type. One of the easiest way in rolling out applications to your client in an effective manner and also to save administrative time is to deploy terminal services. Mostly if your type of application is a per user licensing, it is cheaper to run terminal services so that client computers connect to the server directly to use the application or connect via another dedicated system for that application usage. This will reduce the number of licensing you will need to buy for every client. In network point of view, you can implement layer 3-4 switches to reduce collision and broadcast domain. and also to reduce the number of switches and to have a robust network .. Layer 3-4 switches are switch with VLAN capabilties. Regards |
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is it possible to play a game online games usually load on
to the players ram and use the
players processor and may only
transmit(once fully
running)only few bits of
imformation , such as player
score\move. but is it possible
for the game to run on a
entirely different
computer(server) and users
just get the video feed using
the internet and commands from
keyboard and mouse are fed
back to the server. If so what
would be the minimum internet
speed required to run such a
service
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My basic problem with this is two-fold. 1. The server could not handle the processing for too many users unless it's a very very basic game. But whatever the server did, there would always be a lag between what's happening in the game, and what's actually showing up on your screen. The fact that the server would have to send, essentially, streaming video of what it's rendering would jack up the processing power in itself. So bottom-line, with today's technology it is not possible unless an extremely large amount of money is put into a system. |
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