tyb
o7
JUST FOR ANONS, DID YOU CAN THE COMMS - WHEELS UP
Note: Runtime 11 minutes 34 seconds.
stage enterance 10.10am e.t - exit 10.21am e.t
FULL SPEECH: Dan Scavino Delivers Remarks at CPAC 2025 - 2/22/25
https://youtu.be/djskt4Zbmzs
Anons spelling is still retarded
can the comms - catch the comms
was just trying to get the video to anons
it didn't habben
anon was never here.
kek
delta's for the 22nd Feb
38 post(s) found containing "Feb 22".
https://operationq.pub/?q=Feb+22&sortasc=1
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2857
Feb 22, 2019 12:34:42 AM EST
Q !!mG7VJxZNCI ID: 60d97a No. 5319191
We thank you for your service, BO.
We thank you for your service, Vols.
We thank you for your service, Bakers.
We thank you for your service, Anons.
God bless each and every one of you.
Patriots, one and all!
Pepe is proud and has never been more popular.
Q
rsbn is showing melei of hungry
no subtitles or interrupter
have no clue what he is saying
but judging by his body language
he seems happy and excited.
he can speak English but probably cannot get the passion with his native Hungarian accent.
yes you are correct
anon has had a long night
Argentina
must have been thinking something different.
>eeeace
snow white is IBM
>The CIA has 7 supercomputers, and they are all named after the 7 dwarfs from SNOW WHITE (Doc, Dopey, Bashful, Grumpy, Sneezy, Sleepy and Happy)
IBM Supercomputer Snow White
IBM, often referred to as Snow White, was a dominant player in the mainframe computer market during the 1960s and 1970s, alongside seven competitors known as the Seven Dwarfs: Burroughs, UNIVAC, NCR, Control Data Corporation, Honeywell, General Electric, and RCA.
IBM's supercomputers, such as ASCI White, were among the most powerful in the world, capable of performing 12.3 trillion operations a second, or 12.3 teraflops, making it three times faster than its predecessor ASCI Blue.
ASCI White was used to simulate nuclear test blasts at an unprecedented level of detail and speed, demonstrating IBM's significant role in supercomputing technology.
ASCI White: A supercomputer built by IBM for the Lawrence Livermore National Laboratory, capable of 12.3 teraflops, used for detailed simulations of nuclear test blasts.
IBM's dominance in the mainframe and supercomputing sectors is evident through its continuous innovation and leadership in high-performance computing, which has continued into the modern era.
Snow White and the Seven Dwarfs
Opinion
Jun 21, 2010
3 mins
https://www.networkworld.com/article/731914/lan-wan-snow-white-and-the-seven-dwarfs.html
—
Starting in the late 1950s and lasting for several decades, the most common form of computing was based on mainframe computers. The first major blow to the dominance of mainframes came from the broad deployment of mini computers and the second major blow came from the even broader development of personal computers. While mainframe computers never went away, they languished for years in relative obscurity. However, as will be explained in the next few newsletters, there is evidence to suggest that we are entering a new era of mainframe computing.
Were you a techie geek in the 1980s?
While it is common to associate mainframe computers with IBM, the reality is that several manufacturers produced mainframe computers from the late 1950s through the 1970s. The group of manufacturers was often referred to as “Snow White and the Seven Dwarfs”. In that context, Snow White was IBM and the seven dwarfs were Burroughs, UNIVAC, NCR, Control Data Corporation, Honeywell, General Electric and RCA. IBM will likely be a major player in the emerging generation of mainframe computing. However, this time its competition will come from giant competitors, not dwarfs.
Mainframe computing was based on a few fundamental building blocks. Those building blocks were the end user devices in the branch offices, the network that connected those branch office devices, a wide area network that connected the branch offices to a data center and a mainframe computer and associated equipment such as front-end processors. This newsletter will begin the process of looking at the end user devices of the original mainframe era and compare and contrast them to the end user devices of the emerging era of mainframe computing.
When the original mainframe era began, the standard end user device was a dumb terminal that was often referred to as an ASCII (American Standard Code for Information Interchange) terminal. It got this name because it was a simple input/output device that transmitted and received ASCII data. In the early 1970s this device was replaced by the IBM 3270 terminal in part because the 3270 terminal minimized the number of I/O interrupts required by accepting large blocks of data known as datastreams.
The standard application of the original mainframe era was some form of transaction processing, such as processing insurance claims. In this environment, users were generally presented with forms to fill out. The user moved about the form with arrow, tab and backtab keys, filling in and correcting the various fields. When finished, the user pressed the Enter key. As noted, this style of computing lost favor in the client-server world that was ushered in by the ubiquitous deployment of PCs. However, as we will discuss in the next newsletter, this style of computing has gained favor in the last few years. Only now, instead of calling it a dumb terminal we call it thin client computing.
end
tbh
a single term can have multiple meanings.
but snow white is definitely IBM
but could also apply to hillary and the bloody wonderland.
things that make you go erm.