Virtualization and creating computing power from existing machines

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Discussion Overview

The discussion revolves around the concept of virtualization and its implications for computing power and energy consumption. Participants explore the nature of virtualization, its efficiency, and its relationship to energy conservation, with a focus on both theoretical and practical aspects.

Discussion Character

  • Debate/contested
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • One participant suggests that virtualization creates computing power from existing machines and questions the energy implications of this process.
  • Another participant counters that virtualization does not create computing power but rather emulates hardware through software.
  • Concerns are raised about the inefficiency of virtualization processes, with some arguing that it incurs overhead that may negate any benefits.
  • A participant discusses the potential for virtualization to optimize resource usage by consolidating underutilized computing resources, suggesting that it can be efficient in certain contexts.
  • There is a debate about whether the energy requirements of host machines exceed the computing power generated by virtual machines, with differing opinions on the efficiency of virtualization compared to traditional setups.

Areas of Agreement / Disagreement

Participants express differing views on the nature of virtualization, its efficiency, and its energy implications. There is no consensus on whether virtualization is an efficient process or whether it creates additional computing power.

Contextual Notes

Some participants emphasize the overhead associated with virtualization, while others highlight its potential for resource optimization. The discussion reflects a range of assumptions about energy consumption and efficiency in virtualization.

Who May Find This Useful

This discussion may be of interest to individuals exploring virtualization technologies, energy efficiency in computing, and the theoretical underpinnings of computing power and resource management.

intel
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hey

In its most basic form virtualization creates computing power from existing machines. In the process of creating additional resource it uses - i would imagine a vanishingly small amount of energy, is this a reasonable assumption?

If so how is virtulization described in terms of conservation of energy? If what you consider to come out of additional computing power to be energy of some sort?



Regards
Intel
 
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Virtualization doesn't create computing power.
A virtual machine is just software that emulates hardware.

And computing power is not energy.
 
Not only that but it's a vastly inefficient process.
 
It generates hardware to replica a machine with its own processing power to carry out computer processes.

In doing so, do the computing resources required by the host machines use more computing power than that that is generated by the virtual machine? Judging from VMware's success on and since floating I would have to say NO.

Advances in computer hardware have increased computing power - but with an additional energy requirement ie higher electricity bills. Even though the latest machines are becoming more energy efficient, there is a physical limit to how little energy has to be used. Is that sensible?

I am asking if the process of virtualization is different in that it is not bound by such physical limitations?
 
intel said:
In doing so, do the computing resources required by the host machines use more computing power than that that is generated by the virtual machine? Judging from VMware's success on and since floating I would have to say NO.

...and you would be completely wrong.

Virtual machines are just software. That runs on the host - the real - machine.
 
Virtualization doesn't conjure 'computing power' out of thin air.
It merely presents existing 'computing power' in a different way.
And the conversion comes with some overhead.
 
dst said:
Not only that but it's a vastly inefficient process.

That depends. There's overhead involved in running a system in a virtual host as opposed to running it directly on the hardware. But it has the advantage of enabling you to control fragmentation of computer resources. Traditionally you might have a server room with a number of servers each running with full ownership of the hardware resources and which often exceed the actual system requirements.

With virtualization we're able to gather these unused fragments and put them to use in hosting another VM. The VMWare ESX environment provides information on the hardware requirements of each running VM plus tools to correctly assign hardware resources.

From this perspective it's an efficient process.
 
use a software called vm ware...i used it and it was simply great!
 

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