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Wo-to-the-N: Quant. An Amount Much Larger Than {N} But Smaller Than {infinity}.
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:two-to-the-N: quant. An amount much larger than {N} but smaller
than {infinity}. "I have 2-to-the-N things to do before I can
go out for lunch" means you probably won't show up.
-- The AI Hackers Dictionary
Related:
wo-to-the-N quant. An amount much larger than N but smaller than infinity.
I have 2-to-the-N things to do before I can go out for lunch" means you probably won't show up....
crumb: n. Two binary digits; a {quad}. Larger than a {bit}, smaller than a {nybble}.
Considered silly. Syn. {tayste}. -- The AI Hackers Dictionary...
ime T: /ti:m T/ n. 1. An unspecified but usually well-understood time, often used in conjunction with a later time T+1.
"We'll meet on campus at time T or at Louie's at time T+1" means, in the context of going out for dinne...
firefighting: n. 1. What sysadmins have to do to correct sudden operational problems.
An opposite of hacking. "Been hacking your new newsreader?...
N: /N/ quant. 1. A large and indeterminate number of objec
"There were N bugs in that crock!" Also used in its original sense of a variable name...
eal user: n. 1. A commercial user. One who is paying *real* money for his computer usage.
2. A non-hacker. Someone using the system for an explicit purpose (a research project, a course, etc....
front end: n. 1. An intermediary computer that does set-up and filtering for another (usually more powerful but less friendly) machine (a `back end').
2. What you're talking to when you have a conversation with someone who is making replies without paying attention....
infinity: n. 1. The largest value that can be represented in a particular type of variable (register, memory location, data type, whatever).
2. `minus infinity': The smallest such value, not necessarily or even usually the simple negation of plus infinity....
livelock: /li:v'lok/ n. A situation in which some critical stage of a task is unable to finish because its clients perpetually create more work for it to do after they have been serviced but before it can clear its queue.
Differs from {deadlock} in that the process is not blocked or waiting for anything, but has a virtually infinite amount of work to do and can never catch up....