Sub:
점집합,point_set - 점,point
empty_set =,empty_set . empty_set
공집합,empty_set - 공집합,empty_set
{
빈집합 은 어떨지?
점집합,point_set - 점,point
empty_set =,empty_set . empty_set
공집합,empty_set - 공집합,empty_set
{
빈집합 은 어떨지?
http://www.gabormelli.com/RKB/Empty_Set
https://proofwiki.org/wiki/Definition:Empty_Set
}
nonempty_set =,nonempty_set .
non-empty_set =,non-empty_set .
{
nonempty set
non-empty set
비공집합?
empty_set 이 빈집합이라면 이건 안빈집합 ?
http://www.gabormelli.com/RKB/Non-Empty_Set
https://proofwiki.org/wiki/Definition:Non-Empty_Set
}
singleton / single member set / degenerate set 같은거? CHK
{
번역?
singleton
singleton
singleton set
singleton set 번역
https://proofwiki.org/wiki/Definition:Empty_Set
}
nonempty_set =,nonempty_set .
non-empty_set =,non-empty_set .
{
nonempty set
non-empty set
비공집합?
empty_set 이 빈집합이라면 이건 안빈집합 ?
http://www.gabormelli.com/RKB/Non-Empty_Set
https://proofwiki.org/wiki/Definition:Non-Empty_Set
}
singleton / single member set / degenerate set 같은거? CHK
{
번역?
singleton
singleton
singleton set
singleton set 번역
http://www.gabormelli.com/RKB/Degenerate_Set (Redirected from Single Member Set)
Singleton_(mathematics)
= https://en.wikipedia.org/wiki/Singleton_(mathematics)
= https://en.wikipedia.org/wiki/Singleton_(mathematics)
(Redirected from Singleton_set )
}
null_set
{
널집합 ? 널,null
영집합 이라는 번역도 보임.
empty_set 과 동의어일 때가 많으나 측도론에선 아님.
= https://en.wikipedia.org/wiki/Singleton_(mathematics)
= https://en.wikipedia.org/wiki/Singleton_(mathematics)
(Redirected from Singleton_set )
aka "unit set or one-point set"
compare degenerate_set degenerate_sequence degenerate_interval .... (VG srch degenerate)}
null_set
{
널집합 ? 널,null
영집합 이라는 번역도 보임.
proper_subset
proper_superset
유한집합,finite_set
가부번집합,denumerable_set
비가산집합,uncountable_set
{
uncountable
"uncountable set 셀 수 없는 집합, 비가산집합"
proper subset
https://proofwiki.org/wiki/Definition:Proper_Subset
//proper subset ... proper subset proper subset
superset - pagename??https://proofwiki.org/wiki/Definition:Proper_Subset
//proper subset ... proper subset proper subset
proper_superset
proper superset'''
https://proofwiki.org/wiki/Definition:Proper_Subset/Proper_Superset
// proper superset ..... proper superset proper superset
가산집합,countable_set - 유한집합 or 가부번집합https://proofwiki.org/wiki/Definition:Proper_Subset/Proper_Superset
// proper superset ..... proper superset proper superset
유한집합,finite_set
가부번집합,denumerable_set
비가산집합,uncountable_set
{
uncountable
"uncountable set 셀 수 없는 집합, 비가산집합"
열린집합,open_set
닫힌집합,closed_set
clopen_set
{
열린닫힌집합 or 개폐집합 (wk) // 열린닫힌집합 (redir.)
https://en.wikipedia.org/wiki/Clopen_set
}
보렐_집합,Borel_set - 보렐_집합,Borel_set
{
열린집합,open_sets들로부터 가산합집합 / 가산교집합 / 차집합 연산을 가산 번 반복하여 만들 수 있는 집합이 Borel set이다. (wpko)
닫힌집합,closed_set
clopen_set
{
열린닫힌집합 or 개폐집합 (wk) // 열린닫힌집합 (redir.)
https://en.wikipedia.org/wiki/Clopen_set
}
보렐_집합,Borel_set - 보렐_집합,Borel_set
{
열린집합,open_sets들로부터 가산합집합 / 가산교집합 / 차집합 연산을 가산 번 반복하여 만들 수 있는 집합이 Borel set이다. (wpko)
}
rough_set =,rough_set . rough_set
{
rough set
거친집합 ??
여기서 말하는 일반적인 집합은 crisp set.
rough_set
(we)"In CS, a rough set is a formal approximation of a crisp_set (i.e., conventional set)
in terms of a pair of sets which give the lower and the upper approximation of the original set.
In the standard version of rough set theory (Pawlak 1991), the lower- and upper-approximation sets are crisp_set s,
but in other variations, the approximating sets may be 퍼지집합,fuzzy_sets."
https://en.wikipedia.org/wiki/Rough_set
} // rough set rough set
{
rough set
거친집합 ??
여기서 말하는 일반적인 집합은 crisp set.
rough_set
(we)"In CS, a rough set is a formal approximation of a crisp_set (i.e., conventional set)
in terms of a pair of sets which give the lower and the upper approximation of the original set.
In the standard version of rough set theory (Pawlak 1991), the lower- and upper-approximation sets are crisp_set s,
but in other variations, the approximating sets may be 퍼지집합,fuzzy_sets."
https://en.wikipedia.org/wiki/Rough_set
} // rough set rough set
퍼지집합,fuzzy_set =퍼지집합,fuzzy_set =,fuzzy_set . fuzzy_set
{
fuzzy set
fuzzy_set = https://en.wiktionary.org/wiki/fuzzy_set
{
fuzzy set
fuzzy_set = https://en.wiktionary.org/wiki/fuzzy_set
MKL
퍼지함수,fuzzy_function
퍼지논리,fuzzy_logic ? =,fuzzy_logic =,fuzzy_logic . fuzzy_logic
fuzzy+set
퍼지함수,fuzzy_function
퍼지논리,fuzzy_logic ? =,fuzzy_logic =,fuzzy_logic . fuzzy_logic
{
fuzzy_logic ?
rel https://en.wikipedia.org/wiki/Degree_of_truth - 진리,truth의 디그리,degre.
https://ko.wikipedia.org/wiki/퍼지_논리
Up: 퍼지,fuzzy 논리,logic
}
"fuzzy set"fuzzy_logic ?
rel https://en.wikipedia.org/wiki/Degree_of_truth - 진리,truth의 디그리,degre.
https://ko.wikipedia.org/wiki/퍼지_논리
Up: 퍼지,fuzzy 논리,logic
}
fuzzy+set
MKL: limit_point perfect_set accumulation_point { tmp see 집적점 }
https://mathworld.wolfram.com/DerivedSet.html
https://proofwiki.org/wiki/Definition:Derived_Set
https://encyclopediaofmath.org/wiki/Derived_set
Derived_set_(mathematics)
https://mathworld.wolfram.com/DerivedSet.html
https://proofwiki.org/wiki/Definition:Derived_Set
https://encyclopediaofmath.org/wiki/Derived_set
Derived_set_(mathematics)
perfect set
MKL: derived_set
https://encyclopediaofmath.org/wiki/Perfect_set
perfect set
perfect set}
MKL: derived_set
https://encyclopediaofmath.org/wiki/Perfect_set
perfect set
perfect set}
VG: 순서집합,ordered_set - not yet
순서집합,ordered_set =순서집합,ordered_set =,ordered_set . 순서집합 ordered_set
{
ordered set
순서집합 (ordered set)
순서집합,ordered_set =순서집합,ordered_set =,ordered_set . 순서집합 ordered_set
{
ordered set
순서집합 (ordered set)
Sub:
well-ordered_set
well-ordered set
"a totally ordered set in which every nonempty subset has a least member."(pm)
https://planetmath.org/wellorderedset
https://mathworld.wolfram.com/WellOrderedSet.html
well-ordered set
( well_order / well_ordering )
well-ordered set
"a totally ordered set in which every nonempty subset has a least member."(pm)
https://planetmath.org/wellorderedset
https://mathworld.wolfram.com/WellOrderedSet.html
well-ordered set
( well_order / well_ordering )
totally_ordered_set
totally ordered set
linearly_ordered_set
linearly ordered set
//semitwin: https://planetmath.org/totalorder
https://mathworld.wolfram.com/TotallyOrderedSet.html
totally ordered set
Up: ( total_order / total_ordering / linear_order / linear_ordering / totally_ordered a. / linearly_ordered a. ) { https://planetmath.org/linearlyordered
}
totally ordered set
linearly_ordered_set
linearly ordered set
//semitwin: https://planetmath.org/totalorder
https://mathworld.wolfram.com/TotallyOrderedSet.html
totally ordered set
Up: ( total_order / total_ordering / linear_order / linear_ordering / totally_ordered a. / linearly_ordered a. ) { https://planetmath.org/linearlyordered
}
partially_ordered_set or poset
=,partially_ordered_set =,poset .
{
partially ordered set (or poset)
https://mathworld.wolfram.com/PartiallyOrderedSet.html
Up: ( partial_order / partial_ordering ) { https://mathworld.wolfram.com/PartialOrder.html }
}
=,partially_ordered_set =,poset .
{
partially ordered set (or poset)
https://mathworld.wolfram.com/PartiallyOrderedSet.html
Up: ( partial_order / partial_ordering ) { https://mathworld.wolfram.com/PartialOrder.html }
}
간단한 복소평면,complex_plane{ complex plane, Argand diagram https://namu.wiki/w/복소평면 }의 각 복소수,complex_number들이 간단한 recurrence_relation을 거쳐 발산,divergence하는가 수렴,convergence하는가에 따라 색칠하면 매우 복잡한......? CHK
https://namu.wiki/w/망델브로 집합
Mandelbrot set
Mandelbrot 집합
Mandelbrot set
"Mandelbrot set"
프랙털,fractal { rel 하우스도르프_차원,Hausdorff_dimension }
}
Mandelbrot set
Mandelbrot 집합
Mandelbrot set
"Mandelbrot set"
프랙털,fractal { rel 하우스도르프_차원,Hausdorff_dimension }
}
}
상집합,upper_set upset
하집합,lower_set downset?
https://ko.wikipedia.org/wiki/상집합
upper_set
lower_set
상집합 하집합
하집합,lower_set downset?
https://ko.wikipedia.org/wiki/상집합
upper_set
lower_set
상집합 하집합
.............. ADDHERE
컴퓨터 하드웨어 esp CPU / 컴퓨터구조,computer_architecture ¶
명령어집합 instruction_set
// instruction_set
set of 명령어,instruction =,instruction .
명령어집합구조 instruction_set_architecture (ISA) // ISA
set of 명령어,instruction =,instruction .
명령어집합구조 instruction_set_architecture (ISA) // ISA
영단어 set 의 다른 뜻 ¶
1. 셸,shell이나 설정 스크립트,script 등에서 명령,command이
2. PL에서 어떤 function/method의 식별자,identifier가
set
이면,2. PL에서 어떤 function/method의 식별자,identifier가
set
으로 시작하면,1번의 경우 어떤 변수,variable(ex. 환경변수,environment_variable)를 설정하거나(configure, set), 바꾸거나(change), ...
2번의 경우 OOP의 캡슐화,encapsulation 관련.
2번의 경우 set과 대조되는 단어는 get.
set / get
setter / getter
(rel. accessor mutator )
//pagename TBD .......set get setter getter setter getter accessor mutator
2번의 경우 OOP의 캡슐화,encapsulation 관련.
2번의 경우 set과 대조되는 단어는 get.
set / get
setter / getter
(rel. accessor mutator )
//pagename TBD .......set get setter getter setter getter accessor mutator