## =단어,word =,word .
'''단어, 낱말, 워드, word'''

'''단어'''들이 모여 [[구,phrase]] < [[절,clause]] < [[문장,sentence]]을 이룬다.

'''단어,word''' 외 가능한 다른 번역들:
[[워드,word]]
{
[[컴퓨터,computer]] CPU [[컴퓨터구조,computer_architecture]] ...등등에선 machine_word ? WtEn:machine_word x ([[Date(2024-01-12T08:22:54)]]) Ggl:"machine word"
 거기선 '''word'''의 크기가 [[레지스터,register]] esp general_register 의 [[크기,size]]와 밀접하며
 data 처리의 근본?? 단위 정도.
 ALU,arithmetic_logic_unit 에서 처리하는 data의 기본단위사이즈??

[[WpEn:Word_(computer_architecture)]] = https://en.wikipedia.org/wiki/Word_(computer_architecture)

}
[[낱말,word]]

근데 좀 보니 '''word'''의 쓰임이 '항상 무한한', infinite sequence of characters에 word라는 명칭이 붙는 경우도 있어서, '단-/낱-' 이게 전혀 어울리지 않는 번역인 경우가 있다. 무한길이단어?(단어 자체가 모순) 에 대한 번역?
 그냥 신경쓰지 말고 단어로 번역?
 or mk 신조어??
 그냥 워드로 하는게 최선?

----
MKL
[[토큰,token]]

----
Sub:
[[첩어]] Zeta:첩어
[[단어벡터,word_vector]]? =단어벡터,word_vector =,word_vector 단어벡터 word_vector
{
[[기계학습,machine_learning]]
NLP

ex.
Ggl:word2vec


ml,nlp에선 [[단어,word]]를 [[벡터,vector]]로 나타냄
그래서 [[코사인유사도,cosine_similarity]] 등을 측정

}
----
MKL
어휘 [[어휘,]] =어휘, .... 영어? Ndict:어휘 NdEn:어휘 Ggl:어휘
 ''[[어휘,lexicon]]? [[어휘,vocabulary]]? 저 둘 cmp.''
[[어휘소,lexeme]]
[[thesaurus]] =,thesaurus =,thesaurus . thesaurus ... WtEn:thesaurus NdEn:thesaurus Ndict:thesaurus Ggl:thesaurus
 동의어사전 ???
 [[시소러스,thesaurus]] 로 일단페이지 mk?
[[corpus]] =,corpus =,corpus . corpus ... WtEn:corpus NdEn:corpus Ndict:corpus Ggl:corpus
 [[코퍼스,corpus]] ?

----
관련field
[[combinatorial_group_theory]]

----
REL
[[문자,character]]
[[알파벳,alphabet]]
[[문자열,string]]
[[concatenation]] =,concatenation =,concatenation . concatenation
{
https://ko.wikipedia.org/wiki/문자열_연결
https://simple.wikipedia.org/wiki/Concatenation
https://en.wikipedia.org/wiki/Concatenation
https://ja.wikipedia.org/wiki/文字列結合
}

----
[[MathWorld:Word]] = https://mathworld.wolfram.com/Word.html
{ [[Date(2023-11-11T13:57:57)]]

어떤 alphabet에서 뽑은 $n$ 개 letter의 유한열을 $n-\text{ary}$ '''word'''라 한다.
i.e.
어떤 [[알파벳,alphabet]]에서 뽑은 $n$ 개 [[레터,letter]]의 유한열을 $n-\text{ary}$ '''word'''라 한다.
i.e.
어떤 [[알파벳,alphabet]]에서 뽑은 $n$ 개 [[글자,letter]]의 [[유한수열,finite_sequence]]을 $n-\text{ary}$ '''word'''라 한다.

}
----
<<tableofcontents>>
= Sub =
Sub:.... ''자연어 natural_language 의 word와, [[형식언어,formal_language]]의 word를 분리하는게 좋을듯? pagename [[워드,word]]로?'' 
 ''ㄴ 완전 분리가 불가능할듯한데...''

== 아래 몇개 ==
via MW.
근데 각각 mkl [[자유,free]]? [[프리,free]]?? (참고로 속박,,bound,,의 반대말 그쪽 뜻이 아니라, ([[존재,existence]]가) 없다는 뜻의 free.) / [[제곱,square]] [[세제곱,cube]]? / [[스퀘어,square]] [[큐브,cube]] ?

== subword ==
'''subword'''
Ggl:"define:subword"

[[부분단어,subword]]? 가 최선의 번역?

== square word ==
'''square word'''
tmp see https://mathworld.wolfram.com/SquarefreeWord.html 앞부분
Ggl:"square word"
///// 위아래 반대개념, mkl

== squarefree word ==
'''squarefree word'''
https://mathworld.wolfram.com/SquarefreeWord.html
 subword 중에 square word가 전혀 없는 그런 word.
 i.e.
 모든 subwords 중에서 square word가 하나도 없는 그런 word가 '''squarefree word'''.
...
"squarefree word"
Ggl:"squarefree word"

== cube word ? ==
'''cube word'''
Ggl:"cube word"

== cubefree word ==
'''cubefree word'''
cubefree_word =,cubefree_word . cubefree_word

https://mathworld.wolfram.com/CubefreeWord.html
...
Ggl:"cubefree word"
Naver:"cubefree word"
xxx
WtEn:cubefree_word x [[Date(2023-11-14T12:29:10)]]

== overlapfree word ==
[[overlapfree_word]] =,overlapfree_word =,overlapfree_word . overlapfree_word
https://mathworld.wolfram.com/OverlapfreeWord.html
Ggl:"Overlapfree Word"

== Lyndon word ==
[[Lyndon_word]] =,Lyndon_word =,Lyndon_word . Lyndon_word
{
Lyndon word

린든_단어 ?

WtEn:Lyndon_word
 수학자 Roger_Lyndon (1954년) called them "standard lexicographic sequences".
 뜻: A non-empty string that is strictly smaller in lexicographic_order than all of its rotations.

[[WpEn:Lyndon_word]]
= https://en.wikipedia.org/wiki/Lyndon_word

https://encyclopediaofmath.org/wiki/Lyndon_word



...
Ndict:"Lyndon word" x ([[Date(2023-08-24T03:35:47)]])
Naver:"Lyndon word"
Bing:"Lyndon 단어"
Ggl:"Lyndon 단어"
Bing:"Lyndon word"
Ggl:"Lyndon word"
"Lyndon word"
}

== morphic word / substitutive word ==
[[morphic_word]] =,morphic_word =,morphic_word . morphic_word
{
morphic word
aka '''substitutive word''' (wpen)


[[WpEn:Morphic_word]]
= https://en.wikipedia.org/wiki/Morphic_word

... Google:Morphic+word
WtEn:morphic_word = https://en.wiktionary.org/wiki/morphic_word x 2023-11
} // morphic word


== Hall word ==
[[Hall_word]] =,Hall_word =,Hall_word . Hall_word
{
Hall word


[[free_monoid]]
[[free_magma]]
[[이진트리,binary_tree]]

WpEn:Hall_word
= https://en.wikipedia.org/wiki/Hall_word

"Hall word"
... Google:Hall.word

WtEn:Hall_word
= https://en.wiktionary.org/wiki/Hall_word x 2023-11
}

== Fibonacci word ==
[[Fibonacci_word]] =,Fibonacci_word =,Fibonacci_word . Fibonacci_word
{
Fibonacci word

rel. [[피보나치_수열,Fibonacci_sequence]] - [[VG:피보나치_수열,Fibonacci_sequence]]

[[WpEn:Fibonacci_word]]
= https://en.wikipedia.org/wiki/Fibonacci_word

"Fibonacci word"
Ndict:"Fibonacci word" ?
Naver:"Fibonacci word"
... Google:Fibonacci+word

WtEn:Fibonacci_word
= https://en.wiktionary.org/wiki/Fibonacci_word x 2023-11

} // Fibonacci word

== tribonacci word ==
tribonacci word
[[tribonacci_word]] =,tribonacci_word =,tribonacci_word . tribonacci_word
{
tribonacci word

WpEn:Tribonacci_word
 ([[Date(2023-11-28T04:58:11)]] Redir to : https://en.wikipedia.org/wiki/Rauzy_fractal#Tribonacci_word )

https://en.wiktionary.org/wiki/tribonacci_word x 2023-11

"tribonacci word"
Naver:"tribonacci word"
Ggl:"tribonacci word"
}

== Sturmian word (or Sturmian sequence or billiard sequence) ==
[[Sturmian_word]] =,Sturmian_word =,Sturmian_word . Sturmian_word
{
Sturmian word
스튀름_단어 ?

Sturmian word, Sturmian sequence, billiard sequence

rel
[[Beatty_sequence]]

[[WpEn:Sturmian_word]]
= https://en.wikipedia.org/wiki/Sturmian_word
 "In mathematics, a '''Sturmian word (Sturmian sequence or billiard sequence)'''...."

....
"Sturmian word"
Ggl:"Sturmian word"
Naver:"Sturmian word"
} // Sturmian word

== 각종단어여기추가 ==
== 각종단어여기추가 ==
== 각종단어여기추가 ==
== 각종단어여기추가 ==
== 각종단어여기추가 ==
== 각종단어여기추가 ==

= 문자 중 하나 =
''[[문자,character]] 중에서 이름에 word가 들어가는 문자들이나, word와 직간접적 관련된 character들에 대해 나열 예정...''
== word joiner ==
[[word_joiner]] =,word_joiner . word_joiner
{
WJ
word joiner
[[유니코드,Unicode]] [[제어문자,control_character]]의 하나 - 거기서 line_breaking line_break { link to: https://en.wikipedia.org/wiki/Line_wrap_and_word_wrap corresp ko: https://ko.wikipedia.org/wiki/자동_줄_바꿈  } 하지 말라고 명시하는 용도.

Cmp
zero-width_joiner

https://ko.wikipedia.org/wiki/단어_결합자
}
[[zero-width_joiner]] =,zero-width_joiner . 
zero-width joiner
Ggl:"zero-width joiner"

= 자연어에서 단어 =
''natural_language 의 word''
== 관련표현/개념들 ==
[[사전,dictionary]]
corpus 코퍼스 말뭉치
 WtEn:corpus
meaning
 [[뜻,meaning]] [[의미,meaning]]
semantics
 [[시맨틱스,semantics]] [[의미론,semantics]]

== NLP에서 단어 표현 ==
{
[[단어표현,word_representation]]
[[자연어처리,natural_language_processing,NLP]]
[[표현,representation]]

MKLINK
word_embedding
 [[임베딩,embedding]]
one-hot_encoding
 [[원핫,one-hot]] [[인코딩,encoding]]
word2vec
 Srch:word2vec
[[벡터화,vectorization]]

}

----
MKLINK
[[워드,word]] =워드,word =,word .
{
[[단어,word]] - [[언어,language]]에서 말하는 word
[[워드,word]] - [[컴퓨터,computer]] [[컴퓨터구조,computer_architecture]]에서 말하는 word

고정된 [[크기,size]]의 [[단위,unit]], [[정보,information]]의 단위?
CPU에 따른 [[비트,bit]]의 수
rel.
[[레지스터,register]] 의 size
[[주소,address]] esp [[메모리주소,memory_address]]

word_size 를 정하기
https://en.wikipedia.org/wiki/Word_%28computer_architecture%29#Word_size_choice

[[word_addressing]] =,word_addressing . word_addressing
{
[[주소,address]] > [[메모리주소,memory_address]] / [[addressing]] { addressing  어드레싱? 주소지정? Sub: [[addressing_mode]] { Ggl:"addressing mode" } WtEn:addressing WpEn:Addressing redir to WpEn:Address_space  }
Cmp: [[byte_addressing]] { https://en.wikipedia.org/wiki/Byte_addressing }
https://en.wikipedia.org/wiki/Word_addressing
}

----
[[WpSimple:Word_(computer_architecture)]]
 = https://simple.wikipedia.org/wiki/Word_%28computer_architecture%29
[[WpKo:워드_(컴퓨팅)]]
 = https://ko.wikipedia.org/wiki/워드_%28컴퓨팅%29
[[WpEn:Word_(computer_architecture)]]
 = https://en.wikipedia.org/wiki/Word_%28computer_architecture%29
}
[[코드워드,codeword]] - rel. [[코드,code]] -> [[VG:코드,code]]
 = code_word . 부호단어 ? 부호어? ... (writing)
[[letter]] [[글자,letter]]? [[레터,letter]]?
{
compare [[알파벳,alphabet]] [[문자,character]]
and [[코드,code]] [[부호,code]] [[심벌,symbol]] [[기호,symbol]] [[숫자,digit]]

WtEn:letter
WpSimple:Letter
 = https://simple.wikipedia.org/wiki/Letter
https://encyclopediaofmath.org/wiki/Letter
}
[[알파벳,alphabet]]
[[문자,character]] ... 이 셋중에 뭐로 구성?

[[concatenation]]
 - curr [[string_concatenation]]. [[word_concatenation]]과의 차이점이 있을까? 있다면 무엇?

word의 [[일반화,generalization]]는 collation - 정보를 더 구조적 방식으로 으로 present(표현? 제공? ..)하는?[* "a generalization of a word as a means to present information in a structured manner" via [[https://proofwiki.org/wiki/Definition:Word_(Formal_Systems)#Also_see]]]
 -> curr. [[콜레이션,collation]]

----
Twins:
[[WpKo:낱말]]
= https://ko.wikipedia.org/wiki/낱말

https://encyclopediaofmath.org/wiki/Word

http://www.gabormelli.com/RKB/Word

[[https://proofwiki.org/wiki/Definition:Word_(Formal_Systems)]]
= https://proofwiki.org/wiki/Definition:Word_%28Formal_Systems%29
(i.e. [[finite_string]]과 같은 뜻일 수 있다)

[[WpEn:Word_(group_theory)]]
= https://en.wikipedia.org/wiki/Word_(group_theory)
category: [[combinatorial_group_theory]] =,combinatorial_group_theory . combinatorial_group_theory { https://en.wikipedia.org/wiki/Category:Combinatorial_group_theory Up: [[군론,group_theory]] }

Sub:
[[well-formed_word]] =,well-formed_word . well-formed_word
{
well-formed word : a [[단어,word]] in $\mathcal{A}$ (어떤 [[알파벳,alphabet]]) admitted by the [[형식문법,formal_grammar]] of some [[형식언어,formal_language]][* [[https://proofwiki.org/wiki/Definition:Word_(Formal_Systems)#Also_see]]]
}

... so rel. (alternative pagenames?)
 [[낱말,word]] - 저기엔 국어위주 내용? 혹은 [[언어,language]] [[언어학,linguistics]] [[자연어,natural_language]]쪽에만 해당하는 걸 저 page로 분리하면 어떨지.
 [[워드,word]] - 저건 아마 [[컴퓨터구조,computer_architecture]]의 `word`를 저쪽으로 옮기기로 거의 결정됨.
 [[워드,Word]] - 대명사라 capitalize했으나 my wiki system(예정)에서 구분이 안될 확률이 높다... 더 proper pagename은 [[Microsoft_Word]]가 아닐지.