일단 생각나는것만:
n. 경계(boundary), 한계(limit), ... 
adj. 묶인, (가능한 공간이) 제한된

그리고 [[바인드,bind]](n. [[바인딩,binding]])의 [[과거분사,past_participle]]인 '''bound'''도 있고 (Ggl:bind-bound-bound Naver:bind-bound-bound 였나)

그리고 bounded - disambig.

Ggl:"bind bound bounded"
Naver:"bind bound bounded"
Bing:"bind bound bounded"

'''''KmsE:"bound" => 경계 인데, boundary도 경계. PAGENAME TBD'''''

[[상계,upper_bound]]
[[하계,lower_bound]]

<<tableofcontents>>

= boundary (to fork) =
Naver:"boundary bound 차이" Ggl:"boundary bound 차이" Bing:"boundary bound 차이" "boundary bound 차이" 
Ggl:"boundary bound difference math" Bing:"boundary bound difference math" "boundary bound difference math" 

NdEn:bound NdEn:boundary

집합의 boundary: set_boundary : see https://en.citizendium.org/wiki/Boundary_point#Boundary

[[바운더리,bounary]] page mk? NdEn:boundary

== 경계점 boundary point ==
boundary point

WtEn:boundary_point x
WpSp:Boundary_point x
WpEn:Boundary_point redir to [[WpEn:Boundary_(topology)]]

https://en.citizendium.org/wiki/Boundary_point
 mentions  interior point exterior point interior_point exterior_point KmsE:"interior point" KmsE:"exterior point"
   [[interior_point]] [[exterior_point]]

Ndict:경계점 
Ggl:경계점 
Ggl:"boundary point"


KmsE:"boundary point" at [[Date(2023-09-07T18:21:26)]] {
boundary point	경계점
regular boundary point	정칙경계점  ... [[정칙경계점,regular_boundary_point]]  Ggl:"regular boundary point" "regular boundary point"
}

== boundary set ==
KmsE:"boundary set"

https://mathworld.wolfram.com/BoundarySet.html

Ggl:"boundary set"

= Cmp: bounded =
'''bound''' vs bounded 정확한 nuance &#128626; usage ... Naver:"bound bounded 차이" Ggl:"bound bounded 차이" Bing:"bound bounded 차이" "bound bounded 차이"

일단 KmsE:bounded => 유계

Cmp bounded - [[바운디드,bounded]]? rel [[유계,bounded]]
{
bound (adj)
bounded (adj) 둘이 비슷한 뜻이긴 한데 약간의 차이가 있는 것은 확실, 적어도 usage 차이.

자료구조에는
bounded_queue
 https://everything2.com/title/bounded+queue
bounded_stack ... - size limit. [[크기,size]] 한계가 있다는 뜻.

변수에는 // [[변수,variable]]
bound_variable (vs. free_variable )

bounded_iteration
 [[반복,iteration]]
 https://everything2.com/title/bounded+iteration
  대개 bounded_iteration : for_loop { https://everything2.com/title/for+loop } / unbounded_iteration : while_loop. 이거 하나면 이해 완료

WtEn:bound
WtEn:bounded
}

NdEn:bound
NdEn:bounded

== bounded (adj.) -> boundedness (n.) ? ==
https://en.wikipedia.org/wiki/Local_boundedness
 locally bounded adj.
 https://planetmath.org/LocallyBounded = https://planetmath.org/locallybounded


= MKL? sub? =
== branch and bound ==
TODO 저기서 bound의 뜻 src 찾아 정리 tbw

branch_and_bound - [[알고리듬,algorithm]] [[전략,strategy]]? - [[최적화,optimization]]문제 해결 algorithm. (wp)
=,branch_and_bound . branch_and_bound
{
branch and bound

https://ko.wikipedia.org/wiki/분기_한정법
https://en.wikipedia.org/wiki/Branch_and_bound

Ndict:branch+and+bound
Ggl:branch+and+bound
branch+and+bound
}

= Sub =
== bounded set 유계집합 ==
[[유계집합,bounded_set]] =유계집합, =,bounded_set .
유계집합
bounded_set
"bounded set"

유계집합 via wk
KmsE:"bounded set" - ok 유계집합 .

https://ko.wikipedia.org/wiki/유계_집합
https://en.wikipedia.org/wiki/Bounded_set

[[Date(2023-08-30T10:47:24)]] x
WtEn:bounded_set x
Ndict:유계집합 x
Ndict:"bounded set" x

위로 유계인 집합: 적어도 하나의 상계를 가진 집합.
아래로 유계인 집합: 적어도 하나의 하계를 가진 집합.
'''유계집합'''은 [[상계,upper_bound]] 그리고 [[하계,lower_bound]]를 가진 집합.[* [[https://terms.naver.com/entry.naver?docId=1109614&cid=40942&categoryId=32217 두산백과: 상계 upper bound]]]

https://encyclopediaofmath.org/wiki/Bounded_set

Ggl:"define: bounded set"

Up: [[bounded]] - [[boundedness]]
== unbounded set ==

unbounded_set

WpEn:Unbounded_set

Up: [[unbounded]] - [[boundedness]]

== bounded function ==
bounded function 
[[bounded_function]] =,bounded_function . bounded_function
[[WtEn:bounded_function]]
https://en.wikipedia.org/wiki/Bounded_function

=== essentially bounded function ===
essentially bounded function
[[essentially_bounded_function]] =,essentially_bounded_function . essentially_bounded_function
wt bounded_function에 mentioned but page not made. [[Date(2023-08-30T16:22:16)]]


== Bounded operator ==
bounded operator
KmsE:"bounded operator"
[[bounded_operator]] =,bounded_operator =,bounded_operator . bounded_operator
{
WtEn:bounded_operator
https://encyclopediaofmath.org/wiki/Bounded_operator

Bing:"bounded operator"
Ggl:"bounded operator"
"bounded operator"
}

== bounded space ==
=== totally bounded space / precompact space ===
[[totally_bounded_space]] =,totally_bounded_space =,totally_bounded_space . totally_bounded_space

totally bounded space
precompact space


https://en.wikipedia.org/wiki/Totally_bounded_space
 "In topology ''(etc),'' [[total-boundedness]] =,total-boundedness [[total_boundedness]] =,total_boundedness .
 is a generalization of [[compactness]] for circumstances in which a set is not necessarily closed."

https://ko.wikipedia.org/wiki/완전_유계_공간
 "해석학에서 완전 유계 공간(完全有界空間, 영어: totally bounded space) 또는 프리콤팩트 공간(영어: precompact space)은"


Ggl:"totally bounded space"
"totally bounded space"
Ggl:"precompact space"
"precompact space"
----
[[연산자,operator]] [[작용소,operator]]