Name: Anonymoose 2012-01-14 20:04
Hey,
I was just thinking about virtualization whilst I work on this new CentOS virtual server.
My thought is, that since the OS you start on is the first dimension, the virtual host would be the second dimension virtualized. But, what if you install a second virtual server, and create a third virtual host within the second virtual host. Would that be considered the third dimension of virtualization? I personally think it might.
Now, what if within the laws of physics we use the idea of the fourth dimensionality. So, within the second virtual host we create yet another virtual host making it a third dimensional virtual host. With this 3DVH we duplicate the first 3DVH and have two exactly similar virtual hosts. Proceeding we create a management script for both the 3DVH and one for the 2DVH which will allow both of the 3DVH to remain exactly the same.
You might wonder why we would do something like this. The reason being is that within the management scripts there is a function to split decision making. For example a 3DVH wants to run X system program, and the other will do the same. But, with the management scripts we can make one run X system program and one not. Doing this would allow the 3DVH to delve in to becoming a 4DVH. Allowing this to do so would create a high-end dimensional network of all virtualized systems to process different outcomes whilst remaining on one system.
By now, I am sure you are asking yourself and me, what is the purpose of all of this. Well, I believe it could be possible to allow these virtualizations to automate in higher level dimensionality can resolve issues we currently face in modern day technology. If current moder day AI was imprinted within each virtual system it could be possible to have a singular system virtualize an AI network.
Well, that is about the extent of my thoughts on this. What do you all think? Am I insane? Has this already been done? Is it a possibility?
Thanks for your time,
Anonymoose
I was just thinking about virtualization whilst I work on this new CentOS virtual server.
My thought is, that since the OS you start on is the first dimension, the virtual host would be the second dimension virtualized. But, what if you install a second virtual server, and create a third virtual host within the second virtual host. Would that be considered the third dimension of virtualization? I personally think it might.
Now, what if within the laws of physics we use the idea of the fourth dimensionality. So, within the second virtual host we create yet another virtual host making it a third dimensional virtual host. With this 3DVH we duplicate the first 3DVH and have two exactly similar virtual hosts. Proceeding we create a management script for both the 3DVH and one for the 2DVH which will allow both of the 3DVH to remain exactly the same.
You might wonder why we would do something like this. The reason being is that within the management scripts there is a function to split decision making. For example a 3DVH wants to run X system program, and the other will do the same. But, with the management scripts we can make one run X system program and one not. Doing this would allow the 3DVH to delve in to becoming a 4DVH. Allowing this to do so would create a high-end dimensional network of all virtualized systems to process different outcomes whilst remaining on one system.
By now, I am sure you are asking yourself and me, what is the purpose of all of this. Well, I believe it could be possible to allow these virtualizations to automate in higher level dimensionality can resolve issues we currently face in modern day technology. If current moder day AI was imprinted within each virtual system it could be possible to have a singular system virtualize an AI network.
Well, that is about the extent of my thoughts on this. What do you all think? Am I insane? Has this already been done? Is it a possibility?
Thanks for your time,
Anonymoose