Sub:
compile_time = compile-time - [[컴파일러,compiler]] [[컴파일,compile]] compilation
{
[[WpKo:컴파일_타임]] = https://ko.wikipedia.org/wiki/컴파일_타임
[[WpEn:Compile_time]] = https://en.wikipedia.org/wiki/Compile_time
}
link_time
{
[[WpKo:링크_타임]] = https://ko.wikipedia.org/wiki/링크_타임
[[WpEn:Link_time]] = https://en.wikipedia.org/wiki/Link_time
}
[[load_time]] { wpen없음. [[로더,loader]] [[로딩,loading]] }
runtime = run_time = run-time
{
[[프로그램,program]]/[[프로세스,process]]/[[태스크,task]]/...의 [[실행,execution]]/running이 이루어지는
[[WpKo:런타임]] = https://ko.wikipedia.org/wiki/런타임
[[WpEn:Runtime_(program_lifecycle_phase)]] = https://en.wikipedia.org/wiki/Runtime_%28program_lifecycle_phase%29
}
[[time_slice]] { rel. [[multitasking]] / [[multiprocessing]] }
----
(CS)
polynomial_time
[[다항식,polynomial]]
[[시간,time]]
Srch:polynomial_time
Srch:polynomial-time
----
MKLINK
[[지연,delay]]은 시간이 늦추어지는..? time_shift 의 일종?
시간은 [[자원,resource]]의 일종임
[[복잡도,complexity]] esp. [[계산복잡도,computational_complexity]]에는 공간복잡도와 '''시간'''복잡도가 있다 - [[시간복잡도,time_complexity]]
[[동기화,synchronization]]는 대체로 시간의 차이를 없애거나 즉 일치화시키거나 timing을 맞추거나 등등... 아무튼 adjustment. [[자원,resource]]에 대한 [[접근,access]]이나 multi- 환경에서 자주 나오는
[[clock]] 클락 클록
[[pulse]] 맥박 펄스
[[시계열,time_series]] - [[VG:시계열,time_series]]

= PL API/builtin functions =
여기선 'datetime' 또는 'chrono'라는 표현이 많이 쓰임

[[C언어]]
C Date and time utilities
https://en.cppreference.com/w/c/chrono

= 확률론에서 =
[[stopping_time]]
{
[[확률론,probability_theory]]에서
stopping time

//we
"In probability theory,
in particular in the study of [[stochastic_process]]es, // [[확률과정,stochastic_process]] - [[VG:확률과정,stochastic_process]]
a '''stopping time''' (also '''Markov time, Markov moment, optional stopping time or optional time''') // aka Markov_time Markov_moment  optional_stopping_time optional_time
is a specific type of “random_time”: a random_variable whose value is interpreted as the time at which a given stochastic process exhibits a certain behavior of interest. // [[random_time]] =,random_time .
A '''stopping time''' is often defined by a [[stopping_rule]], a mechanism for deciding whether to continue or stop a process on the basis of the present position and past events, and which will almost always lead to a decision to stop at some finite time. // [[decision]] =,stopping_rule .
'''Stopping time'''s occur in decision_theory , and the optional_stopping_theorem is an important result in this context. " // decision_theory optional_stopping_theorem

----
WpEn:Stopping_time = https://en.wikipedia.org/wiki/Stopping_time

... Google:stopping+time
}
----
MV TO [[VG:시간,time]]