infant mortality n.
It is common lore among hackers (and in
the electronics industry at large; this term is possibly techspeak
by now) that the chances of sudden hardware failure drop off
exponentially with a machine's time since first use (that is, until
the relatively distant time at which enough mechanical wear in I/O
devices and thermal-cycling stress in components has accumulated
for the machine to start going senile). Up to half of all chip and
wire failures happen within a new system's first few weeks; such
failures are often referred to as `infant mortality' problems
(or, occasionally, as `sudden infant death syndrome'). See
bathtub curve, burn-in period.
It is common lore among hackers (and in
the electronics industry at large; this term is possibly techspeak
by now) that the chances of sudden hardware failure drop off
exponentially with a machine's time since first use (that is, until
the relatively distant time at which enough mechanical wear in I/O
devices and thermal-cycling stress in components has accumulated
for the machine to start going senile). Up to half of all chip and
wire failures happen within a new system's first few weeks; such
failures are often referred to as `infant mortality' problems
(or, occasionally, as `sudden infant death syndrome'). See
bathtub curve, burn-in period.
Related:
- infant mortality n.
It is common lore among hackers (and in
the electronics industry at large;
this term is possibly techspeak by now) that the... - bathtub curve n.
Common term for the curve (resembling an
end-to-end section of one of those claw-footed antique bathtubs)
that describes the expected failure rate of electronics with time:
initially high, dropping to near 0 for most of the... - bathtub curve: n. Common term for the curve (resembling an
end-to-end section of one of those claw-footed antique bathtubs)
that describes the expected failure rate of electronics with time:
initially high, dropping to near 0 for most of the... - burn-in period: n. 1. A factory test designed to catch systems
with {marginal} components before they get out the door;
the theory is that burn-in will protect customers... - burn-in period n.
1. A factory test designed to catch
systems with marginal components before they get out the door;
the theory is that burn-in will protect customers by... - bug n.
An unwanted and unintended property of a program or
piece of hardware,
esp. one that causes it to malfunction. Antonym... - Internet n.
The mother of all networks. First
incarnated beginning in 1969 as the ARPANET,
a U.S. Department of Defense research testbed. ... - mainframe n.
Term originally referring to the cabinet
containing the central processor unit or `main frame' of a
room-filling Stone Age batch machine.
After the emergence of smaller `minicomputer' designs... - boot v.,n.
[techspeak; from `by one's bootstraps'] To
load and initialize the operating system on a machine.
This usage is no longer jargon (having passed into...
From the same category:
- legal adj.
Loosely used to mean `in accordance with all the
relevant rules',
esp. in connection with some set of constraints ... - GNU /gnoo/, not /noo/
1. [acronym: `GNU's Not
Unix!',
see recursive acronym] A Unix-workalike development... - kibozo /ki:-boh'zoh/ n.
[Usenet] One who
kibozes but is not Kibo (see KIBO,
sense 2)... - stoppage /sto'p*j/ n.
Extreme lossage that renders
something (usually something vital) completely unusable.
"The recent system stoppage was caused by a fried... - fold case v.
See smash case. This term tends to be
used more by people who don't mind that their tools smash case.
It also connotes that case is ignored but case distinctions...
