#noindex
<<TableOfContents>>


[#meta]
= 메타 meta #meta =
[[메타,meta]]

Sub:
[[metadata]] - [[메타데이터,metadata]] or [[메타자료,metadata]] .... Srch:metadata WtEn:metadata
 p TheMetadata
metaobject [[metaobject]] =,metaobject . metaobject
 {
 '''metaobject'''
 [[객체,object]] or [[대상,object]]?

 MKL [[metaobject_protocol]](MOP)

 WtEn:metaobject
 https://en.wikipedia.org/wiki/Metaobject
 } // metaobject Ndict:metaobject Naver:metaobject Ggl:metaobject Bing:metaobject Ggl:메타오브젝트
[[메타프로그래밍,metaprogramming]] =메타프로그래밍,metaprogramming =,metaprogramming . 메타프로그래밍 metaprogramming - [[프로그래밍,programming]]
{
'''metaprogramming'''
메타프로그래밍

https://en.wikipedia.org/wiki/Metaprogramming
} // metaprogramming Ggl:metaprogramming Naver:metaprogramming Ndict:metaprogramming Ggl:메타프로그래밍 Bing:메타프로그래밍 
[[메타이론,metatheory]]
[[메타정리,metatheorem]]
[[메타언어,metalanguage]]
{

see also [[논리학,logic#s-1.1]]

wk:
(Recall: 일단 '언어'는 '대상을 서술하는 것')
메타언어는 언어 그 자체를 서술/언급하는 언어나 [[심벌,symbol]]([[기호,symbol]]).
고차언어라고도 한다. higher-order language ? higher-order language = metalanguage ?
 Ggl:"Are higher-order language and metalanguage the same?"
 Bing:"Are higher-order language and metalanguage the same?"
메타언어의 [[문장,sentence]]이나 [[절,clause]]의 구조는 메타문법( Ggl:메타문법 Ndict:메타문법 Ggl:metasyntax ? Ggl:metagrammar ? ) 으로 [[기술,description]]된다.
'대상언어'가 있을 때 그 위에 그걸 서술하는 '메타언어'가 있는 것이다. ''(그래서 위에 aka high-order라고 한 것? chk)''

https://ko.wikipedia.org/wiki/메타_언어
} // metalanguage
[[메타수학,metamathematics]] =메타수학,metamathematics =,metamathematics 메타수학 metamathematics
{
https://ko.wikipedia.org/wiki/메타수학
https://en.wikipedia.org/wiki/Metamathematics
https://ja.wikipedia.org/wiki/超数学

...
Ndict:메타수학
} // metamathematics
[[metagraph]] [[메타그래프,graph]] ? - [[그래프,graph]]?
[[metaclass]] [[메타클래스,metaclass]]? - [[클래스,class]] - curr at [[클래스%2Cclass?action=highlight&value=meta#s-2.3]]
[[metasyntax]] - 다른 syntax를 [[기술,description]]하기 위한 syntax였나? chk - curr at [[신택스,syntax?action=highlight&value=metasyntax]]
[[metasyntactic_variable]] - 이게 이름이 foo bar 그런거였는데... metasyntax와 비슷한, 이런 이름이 붙은 이유? 다른 프로그램(실질적으로 쓰일 어떤 프로그램)의 코드의 예시를 보여주기 위해, 즉 template?  실질적으로는 의미가 없는 그런 variable 
[[metalogic]] =,metalogic =,metalogic . metalogic
{
metalogic
메타논리
메타논리학
중에?

rel [[formation_rule]] =,formation_rule =,formation_rule . formation_rule { formation rule WtEn:formation_rule WpEn:Formation_rule = https://en.wikipedia.org/wiki/Formation_rule ... "formation rule Ndict:"formation rule" Ggl:"formation rule" }

https://ko.wikipedia.org/wiki/메타논리학
https://simple.wikipedia.org/wiki/Metalogic
https://en.wikipedia.org/wiki/Metalogic
https://ja.wikipedia.org/wiki/メタ論理学

Sub:
[[metalogic_programming]] =,metalogic_programming =,metalogic_programming . metalogic_programming
 {
 WtEn:metalogic_programming ?
 WpEn:Metalogic_programming (redir, 2023-11)
 }

}

[[형이상학,metaphysics]]
[[준안정성,metastability]]

[[메타테이블,metatable]] - [[루아,Lua]]의 개념. mentioned.

[#infinitive]
= infinitive #infinitive 부정사 ? =
[[infinitive]] =,infinitive =,infinitive . infinitive
[[부정사,infinite]] ?
NdEn:"infinitive" Ndict:"infinitive" Ggl:"infinitive"

== infinitive form 부정형 ? ==
infinitive form 
[[infinitive_form]] =,infinitive_form . infinitive_form
"infinitive form"
NdEn:"infinitive form" Ndict:"infinitive form" Ggl:"infinitive form"

MKL
[[infinitive_verb]]

Up:
[[form]]
 [[형,form]]
 [[폼,form]]
 [[형태,form]]
 [[형식,form]]
== infinitive verb ==
infinitive verb 
"infinitive verb"
[[infinitive_verb]] =,infinitive_verb . infinitive_verb
WtEn:infinitive_verb
WpSp:infinitive_verb

MKL
[[동사,verb]]

NdEn:"infinitive verb" Ndict:"infinitive verb" Ggl:"infinitive verb"

[#geom]
= geometry 기하 #geom =
=,geometry .
WtEn:geometry

geometry
지어메트리
지오메트리

== taxicab??? ==
[[taxicab_geometry]] =,taxicab_geometry =,taxicab_geometry . taxicab_geometry
{
taxicab geometry
(del or rename ok)
WtEn:taxicab_geometry
MKL [[거리,distance]] [[노름,norm]] [[그리드,grid]] [[래티스,lattice]] [[격자,lattice]]
Ndict:"taxicab geometry"
Bing:"taxicab geometry"
"taxicab geometry"
}

== digital geometry ==
[[digital_geometry]] =,digital_geometry =,digital_geometry . digital_geometry
{
digital geometry

WtEn:digital_geometry

https://en.wikipedia.org/wiki/Digital_geometry
 mentions
  https://en.wikipedia.org/wiki/Bresenham%27s_line_algorithm
   이게 아마 [[오차,error]]의 bound 가 원리였나... 그럼 [[interval_arithmetic]]관련인가? chk or delme
  [[digital_topology]] =,digital_topology =,digital_topology . digital_topology { WtEn:digital_topology  https://en.wikipedia.org/wiki/Digital_topology  }
  [[digital_manifold]] =,digital_manifold =,digital_manifold . digital_manifold { WtEn:digital_manifold [[WpEn:Digital_manifold]] = https://en.wikipedia.org/wiki/Digital_manifold }
Ndict:"digital geometry"
Bing:"digital geometry"
Ggl:"digital geometry"
"digital geometry"
}

== discrete geometry and combinatorial geometry ==
[[discrete_geometry]] =,discrete_geometry =,discrete_geometry . discrete_geometry
[[combinatorial_geometry]] =,combinatorial_geometry =,combinatorial_geometry . combinatorial_geometry
{
discrete geometry and combinatorial geometry
discrete geometry 
combinatorial geometry

WtEn:discrete_geometry
WtEn:combinatorial_geometry

https://en.wikipedia.org/wiki/Discrete_geometry
 "Discrete geometry and combinatorial geometry are"

"discrete geometry"
"combinatorial geometry"
}

== computational geometry ==
computational geometry
[[computational_geometry]] =,computational_geometry =,computational_geometry . computational_geometry
{
computational geometry
계산기하
계산기하학

Topics
[[Voronoi_cell]]

----
[[WtEn:computational_geometry]] = https://en.wiktionary.org/wiki/computational_geometry

https://ko.wikipedia.org/wiki/계산기하학
[[WpEn:Computational_geometry]] = https://en.wikipedia.org/wiki/Computational_geometry

...
계산기하학
Ndict:계산기하학
Ggl:계산기하학
"computational geometry"
Ndict:"computational geometry"
Ggl:"computational geometry"

MKL: [[computer_graphics]] [[descriptive_geometry]] [[계산,computation]] [[geometry]]
}

== finite geometry ==
finite geometry
[[finite_geometry]] =,finite_geometry =,finite_geometry . finite_geometry
WtEn:finite_geometry
https://en.wikipedia.org/wiki/Finite_geometry
Bing:"finite geometry"
Ndict:"finite geometry"
Ggl:"finite geometry"
"finite geometry"

finite_mathematics = discrete_mathematics 와 관계?? 근데 geometry에선 finite_geometry ≠ discrete_geometry ??

== descriptive geometry ==
[[descriptive_geometry]] =,descriptive_geometry =,descriptive_geometry . descriptive_geometry
{
descriptive geometry
WtEn:descriptive_geometry
https://en.wikipedia.org/wiki/Descriptive_geometry
 inter: https://ko.wikipedia.org/wiki/화법기하학
"descriptive geometry"
}

기술
서술 ....??

== projective geometry ==
[[projective_geometry]] =,projective_geometry =,projective_geometry . projective_geometry Srch:projective_geometry
{
projective geometry
KmsE:"projective geometry"
WtEn:projective_geometry
https://en.wikipedia.org/wiki/Projective_geometry
[[사영,projection]]

Ndict:"projective geometry"
Bing:"projective geometry"
"projective geometry"
"projective geometry"
}

[#euclidgeom]
== Euclidean geometry #euclidgeom ==
[[Euclidean_geometry]] =,Euclidean_geometry =,Euclidean_geometry . Euclidean_geometry
{
Euclidean geometry
WtEn:Euclidean_geometry
https://ko.wikipedia.org/wiki/유클리드_기하학
https://en.wiktionary.org/wiki/Euclidean_geometry
[[WpEn:Euclidean_geometry]] = https://en.wikipedia.org/wiki/Euclidean_geometry
[[Namu:유클리드%20기하학]] = https://namu.wiki/w/유클리드%20기하학

"Euclidean geometry"
Ndict:"Euclidean geometry"
Bing:"Euclidean geometry"
"Euclidean geometry"
"Euclidean geometry"
}

== non-Euclidean geometry ==
[[non-Euclidean_geometry]] =,non-Euclidean_geometry =,non-Euclidean_geometry . non-Euclidean_geometry
{
비유클리드_기하학
non-Euclidean geometry
[[noneuclidean_geometry]] =,noneuclidean_geometry // ''https://en.wiktionary.org/wiki/noneuclidean_geometry <- US spelling''
https://en.wiktionary.org/wiki/non-Euclidean_geometry
https://ko.wikipedia.org/wiki/비유클리드_기하학
https://simple.wikipedia.org/wiki/Non-Euclidean_geometry
https://en.wikipedia.org/wiki/Non-Euclidean_geometry

https://namu.wiki/w/비유클리드%20기하학

}

쌍곡기하학 hyperbolic geometry hyperbolic_geometry [[hyperbolic_geometry]] ..... hyperbolic_space ? WtEn:hyperbolic_space
타원기하학 elliptic geometry elliptic_geometry (aka elliptical_geometry ? chk) .... 타원 기하학이 적용되는 위상공간: 타원 공간(elliptic space) elliptic_space WtEn:elliptic_space
 구면기하학 ... 대응하는 위상공간: 구면 공간(spherical space) spherical_space WtEn:spherical_space
== absolute geometry ==
[[절대기하,absolute_geometry]] =,absolute_geometry . absolute_geometry
{
absolute geometry
WtEn:absolute_geometry
https://ko.wikipedia.org/wiki/절대기하학
https://en.wikipedia.org/wiki/Absolute_geometry
"absolute geometry"
}

== hyperbolic geometry ==
[[hyperbolic_geometry]] =,hyperbolic_geometry =,hyperbolic_geometry . hyperbolic_geometry
{
hyperbolic geometry
쌍곡기하
WtEn:hyperbolic_geometry
https://ko.wikipedia.org/wiki/쌍곡기하학
https://simple.wikipedia.org/wiki/Hyperbolic_geometry
https://en.wikipedia.org/wiki/Hyperbolic_geometry
Ndict:"hyperbolic geometry"
Bing:"hyperbolic geometry"
"hyperbolic geometry"
"hyperbolic geometry"
"hyperbolic geometry"
"hyperbolic geometry"
}

== affine geometry ==
[[affine_geometry]] =,affine_geometry =,affine_geometry . affine_geometry
{
affine geometry
https://mathworld.wolfram.com/AffineGeometry.html
https://en.wiktionary.org/wiki/affine_geometry
https://everything2.com/title/affine+geometry
[[WpEn:Affine_geometry]] = https://en.wikipedia.org/wiki/Affine_geometry
Ndict:"affine geometry"
Bing:"affine geometry"
"affine geometry"
"affine geometry"
}

== // rel. parallel_postulate ==
[[평행공준,parallel_postulate]]
== 리만 기하학 ==
리만 기하학(Riemannian geometry)

Riemannian geometry

Rel
[[리만_계량,Riemannian_metric]] =리만_계량,Riemannian_metric =,Riemannian_metric 리만_계량 Riemannian_metric { Riemannian metric "Riemannian metric" Ggl:"Riemannian metric" }

Twin

[[https://terms.naver.com/entry.naver?docId=5668464&cid=60207&categoryId=60207 수학백과: 리만 기하학]]

https://ko.wikipedia.org/wiki/리만_기하학
https://en.wikipedia.org/wiki/Riemannian_geometry

"리만 기하학"
Naver:"리만 기하학"
Ggl:"리만 기하학"
"Riemannian geometry"
Ggl:"Riemannian geometry"
Naver:"Riemannian geometry"
Bing:"Riemannian geometry"

[[Bernhard_Riemann]]

== 정보기하학 information geometry ==
information_geometry
https://namu.wiki/w/정보기하학
https://en.wikipedia.org/wiki/Information_geometry

[#lock]
= lock / locking =
=,lock =,locking .
[[concurrency]](cur. [[concur]])에 많이 나오는 개념

Sub:
=,deadlock . deadlock
{
WtEn:deadlock
http://wiki.c2.com/?DeadLock
}
=,livelock . livelock
{
WtEn:livelock
http://wiki.c2.com/?LiveLock

aka [[process_starvation]] ( Up: [[resource_starvation]] ? or just [[starvation]] ?  )
}
[[lock-free_synchronization]]
[[lock-based_synchronization]] = [[pessimistic_locking]]
read write lock
http://wiki.c2.com/?ReadWriteLock
Ggl:"read write lock"


[#envelope]
= envelope =
envelope
KmsE:envelope KpsE:envelope KcsE:envelope
WtEn:envelope
이것은 포락선 포락체 ..... 봉투 ....  싸개선 Ggl:싸개선 
Ndict:envelope
Ggl:envelope
[#count]
= count / counting / counter + countability #count =
[[카운트,count]] ?
[[카운팅,counting]] ?
[[카운터,counter]] ?
[[가산성,countability]] ?

count
 v. 세다
 adj. 역- 반대- 의 뜻도 있음 - counter emf, ccw, etc.

counting
 세기

counter
 세는 변수
 세는 기계 - 계수기 ,

countability
 가산성


[[WtEn:count]]
[[WtEn:counting]]
[[WtEn:counter]]
[[WtEn:countability]]

== count ==
== counting ==
ALSOAT [[경우의_수%2Cnumber_of_cases?action=highlight&value=counting]]
KmsE:counting

=== counting number ===
[[counting_number]]
curr at [[정수%2Cinteger?action=highlight&value=counting_number]]
=== counting principle ===
[[counting_principle]]
Srch:counting_principle
[[조합론,combinatorics]] [[원리,principle]] 중 하나.
=== counting sort ===
정렬.
[[counting_sort]] - w
WtEn:counting_sort
=== counting measure ===
측도론.
[[셈측도,counting_measure]] - w
WtEn:counting_measure

== counter ==
=== program counter ===
[[program_counter]] Srch:program_counter WtEn:program_counter
[[프로그램_카운터,program_counter]] => [[프로그램카운터,program_counter]]
=== ring counter ===
curr at [[원핫%2Cone-hot?action=highlight&value=counter]]
[#countable]
== countability #countable =
countable adj.
countability n.

[[WtEn:countability]]
KmsE:countability
NdEn:countability

WpKo:
WpSp:Countability
WpEn:Countability

Ndict:countability
Ggl:countability
Bing:countability
countability

Sub:
[[가산집합,countable_set]] =가산집합,countable_set =,countable_set 가산집합 countable_set (at local w)
 가산집합
 셀수있는집합 
 WtEn:countable_set
 opp. [[비가산집합,uncountable_set]]
 KmsE:"countable set" { countable set = 가산집합 = 셀수있는집합 VS. 셀수없는집합 = 비가산집합}
 Srch:가산집합
 Srch:countable_set
[[비가산집합,uncountable_set]] =비가산집합,uncountable_set 비가산집합,uncountable_set 비가산집합 uncountable_set
 비가산집합
 셀수없는집합
 WtEn:uncountable_set
 Srch:비가산집합
 Srch:uncountable_set
[[countable_infinity]] - w
 WtEn:countable_infinity
[[countable_additivity]] - w
 WtEn:countable_additivity
 번역들
 "가산가법성(countable additivity)" - [[https://terms.naver.com/entry.naver?docId=3405357&cid=47324&categoryId=47324 수학백과: 측도]] 처음부분.
가산공리 or 가산성공리 / countability_axiom or axiom_of_countability - w

[[가산성,countability]] - w


[#allocator]
= allocator #allocator =
[[할당자,allocator]] ? [[할당,allocation]]하는
=할당자,allocator =,allocator =,allocator . allocator
~~WtEn:allocator = https://en.wiktionary.org/wiki/allocator (볼필요x easy)~~
Bing:allocator
allocator
Srch:allocator
== memory allocator ==
[[memory_allocator]] =,memory_allocator =,memory_allocator . memory_allocator
[[메모리할당자,memory_allocator]] ? [[메모리,memory]]를 [[할당,allocation]]하는 i.e. [[메모리할당,memory_allocation]]하는
Ggl:"memory allocator"
Bing:"memory allocator"
"memory allocator"
Srch:memory_allocator
=== slab allocator ===
[[slab_allocator]] =,slab_allocator . slab_allocator
[[WtEn:slab_allocator]]
https://www.minzkn.com/moniwiki/wiki.php/SlabAllocator
Ggl:"slab allocator"
Bing:"slab allocator"
"slab allocator"
Srch:slab_allocator

= 암호학 cryptology cryptography =
=암호학, =,cryptology =,cryptography .
둘중에 pagename tbd 
 둘다 page 만들어서 역할을 나눌수도
WtEn:cryptology WtEn:cryptography
NdEn:cryptology NdEn:cryptography
[[암호학,cryptology]]
[[암호학,cryptography]]
Ggl:"cryptology cryptography 차이"
Naver:"cryptology cryptography 차이"
Bing:"cryptology cryptography 차이"

Terms:
key
 [[키,key]] or [[열쇠,key]]?
codeword = code_word  WtEn:codeword
 부호어 ?  Up: [[code]] [[word]]
cipher = cypher 
plaintext
 평문
 cmp [[plain_text]]
vs
ciphertext vs cyphertext

Intw:
[[WpEn:암호학]]
https://simple.wikipedia.org/wiki/Cryptography
http://en.citizendium.org/wiki/Cryptography
https://en.wikipedia.org/wiki/Cryptography

= context =
=,context .
WtEn:context NdEn:context
컨텍스트
콘텍스트
맥락 (가장 일반적)
문맥 (글文일 경우)


Sub:
[[맥락,context]]
[[문맥,context]]
[[실행맥락,execution_context]] - context is curr at there too
[[context_switching]]
....

context_sensitivity ?
 context sensitivity
 https://en.wikipedia.org/wiki/Context-sensitive
 이 개념은 [[언어,language]] [[문법,grammar]] [[자동기계,automaton]] = 유한상태기계(fsm)에 나온다
= expansion =
=,expansion .
WtEn:expansion
NdEn:expansion
KmsE:expansion
수학에선 전개. vg에 현재 expansi로 보면 두개:
 이항전개,binomial_expansion
 전개,expansion
페이지 있음

text_expansion WtEn:text_expansion Ggl:"text expansion"
 brace_expansion WtEn:brace_expansion WpEn:Brace_expansion p BraceExpansion https://rosettacode.org/wiki/Brace_expansion Ggl:"brace expansion"
  rel. pattern_matching

[#transfer]
= transfer #transfer =
[[트랜스퍼,transfer]] 
=,transfer . 
전송 
운송 
수송 
저달

Similar: transmission 

Sub 
[[file_transfer]] =,file_transfer . file_transfer
{
[[파일,file]]
}

[#generator]
= generator #generator =
[[generator]] =,generator . generator
생성기 [[생성기,generator]]
생성자
제너레이터
발전기
발생기 - [[난수발생기]]
RNG random number generator 등 ... 
...
rel. [[generation]] { [[생성,generation]] or 세대

https://everything2.com/title/Generator

https://proofwiki.org/wiki/Definition:Generator

....(etc, misc)
VG titles with "genera" at [[Date(2023-08-19T20:17:53)]]
생성모형,generative_model
생성함수,generating_function
확률생성함수,probability_generating_function,PGF

== random number generator (RNG) ==
random number generation
random number generator (RNG)
=,RNG .

REL [[random_number]]

https://en.wikipedia.org/wiki/Random_number_generation
https://en.wikipedia.org/wiki/List_of_random_number_generators
Ndict:"random number generator"
Bing:"random number generator"
Ggl:"random number generator"

rel. randomness_test { randomness test rel. [[cryptography]] https://en.wikipedia.org/wiki/Randomness_test Ggl:"randomness test" [[테스트,test]]는 [[검정,test]]? [[판정법,test]]? }

=== hardware random-number generators (HRNGs) ===
=,HRNG .
https://ko.wikipedia.org/wiki/하드웨어_난수발생기
https://en.wikipedia.org/wiki/Hardware_random_number_generator
Ggl:"hardware random-number generator"
=== pseudorandom number generators (PRNGs) ===
=,PRNG .
Ggl:"pseudorandom number generator"

== code generator ==
of [[컴파일러,compiler]]

Ggl:"code generator"
Ggl:"compiler code generator"
Ggl:"컴파일러 코드 생성기"

[#sort]
= sort / sorting / 정렬 #sort =
(대충 생각나는대로,chk) { [[키,key]]를 기준으로(primary_key 말고 secondary_key ...도 있는 경우가 있는데 tbw) , [[비교,comparison]]하여, (근데 Ggl:"비교정렬" 이 아닌 경우도 있는데 tbw) [[순서,order]]에 따라, 위치를 바꾸어서(교환, swap, exchange) }
=정렬,sorting =,sorting =,sort .

Sub:
[[sort_명령]]

radix
[[radix_sort]] ... curr at [[래딕스,radix?action=highlight&value=radix_sort]]

merge
https://everything2.com/title/Merge+Sort

comb
https://everything2.com/title/comb+sort

spaghetti

comb

shear

quick - quicksort quick_sort

zen
https://everything2.com/title/Zen+Sort

random / bogo / stupid / 
https://everything2.com/title/random+sort
== algorithm ==
== stable vs unstable ==
https://everything2.com/title/stable+sort

[[stability]]?
 Ggl:"stability of sorting"
Ggl:"stable instable sort"

[#fork]
= fork / forking #fork =
=,fork =,forking . =포크,fork =,fork =포킹,forking ?(필요?) .

번역은 포크 / 갈라짐? / .... ?
Ndict:fork
Ndict:forking
//TBW: 바로아래 branch와 비교.

WtEn:fork#Noun

== fork (system call) ==
[[system_call]]로서의 fork:

[[WpKo:포크_(시스템_호출)]]

[[WpEn:Fork_(system_call)]]
= https://en.wikipedia.org/wiki/Fork_(system_call)
= https://en.wikipedia.org/wiki/Fork_%28system_call%29

이것의 응용: [[fork_bomb]]
[[fork_bomb]] =,fork_bomb =,fork_bomb . fork_bomb
 {
 [[WtEn:fork_bomb]]
 https://ko.wikipedia.org/wiki/포크_폭탄
 https://simple.wikipedia.org/wiki/Fork_bomb
 https://en.wikipedia.org/wiki/Fork_bomb
   DoS (denial_of_service) [[공격,attack]] =,dos =,attack =,dos_attack . {
   https://ko.wikipedia.org/wiki/서비스_거부_공격
   https://simple.wikipedia.org/wiki/Denial-of-Service_attack 
   https://en.wikipedia.org/wiki/Denial-of-service_attack
   },
   [[resource_starvation]] =,resource_starvation =,resource_starvation . resource_starvation
   {
    resource starvation
    WtEn:resource_starvation x [[Date(2023-08-25T06:30:59)]]
    WpEn:Resource_starvation redir to [[WpEn:Starvation_(computer_science)]]
    Ndict:"resource starvation"
    Bing:"resource starvation"
    "resource starvation"
   }
 Ndict:"fork bomb"
 Bing:"fork bomb"
 "fork bomb"
 "fork bomb"
 }//fork bomb

== fork (sw devel) ==
software_development 과정에서의 fork:
https://en.wikipedia.org/wiki/Fork_%28software_development%29

[#branch]
= branch / branching #branch =
=,branch =,branching .
번역은 브랜치 / 가지치기 / ....?
 가지치기에는 분기의 뜻(syn. ramification, 갈라져서 다른 길로 가기) 뿐만이 아니라 pruning(가지를 잘라내기, 솎아내기)의 뜻도 있어서 부적합한 번역어로 보임.
Ndict:branch Ndict:branching
//바로위 fork랑 비교.

= ''(tmp, 위 두 sections.)'' fork vs branch =
공통된 뜻은 분기 분리 갈라짐 ... split 
반대는 합쳐짐
 [[강,river]]의 경우 NdEn:confluence - 합류

두 단어 모두 computing에서 많이 쓰이는데 usage 차이가 있는데 확실히 tbw incl. reliable src.
둘다 VCS에서 쓰이는데 vcs에 따라 word usage가 차이가 있을수 있지만 대체로: fork는 한 project 전체가 대상이고 branch는 개발 과정의 한 시점인 특정 작업상태에 대한..? fork를 한다고 하면 대체로 어떤 특정 시점에서 전체 data의 dump를 얻는 것 같던데.
fork는 POSIX system_call 의 하나(for [[프로세스,process]]관리, process_management) / branch는 아님
branch는 CPU([[프로세서,process]])의 conditional_jump 와 동의어? chk

fork가 대체로 더 큰 범위에서 쓰이는 듯? (dump처럼)
 software project 전체를 복제해서 다른 길로 가겠다 / wiki에도 쓰임(데이터 전체를 복사해 새 위키를) / cryptocurrency 에도 쓰임.

...
Ggl:"fork branch 차이"
Naver:"fork branch 차이"
Bing:"fork branch 차이"

[#vertex]
= vertex #vertex =
[[vertex]] =,vertex . vertex
바로아래 edge 와 cmp

[#edge]
= edge #edge =
=,edge .
에지
엣지
변
...
바로위 vertex 와 cmp.

[[그래프이론,graph_theory]]에서의 pagename tbd.  graph_edge ? too long?
참고. [[VG:그래프%2Cgraph#s-1]] 

== Microsoft Edge == 
[[Microsoft_Edge]] 
web_browser. 

= ambiguity =
=,ambiguity .
ambiguity
애매성
애매모호함
모호성
중의성 애매성 (wk) 
...

'''ambiguity''' n. WtEn:ambiguous adj. (opp. WtEn:unambiguous adj.)

opp:
unambiguity n. ( via WtEn:unambiguity )

chk 나만의생각:
 이것은 [[해석,interpretation]]의 [[가능성,possibility]]의 수(해석하는 [[경우,case]]의 수)(해석 가능한 [[경우의_수,number_of_cases]])가 하나냐 둘 이상이냐에(ie 단수냐 복수냐에)관한 것??

Sub:
[[ambiguous_grammar]] - [[문법,grammar]]


REL 
[[meaning]] - [[뜻,meaning]] or [[의미,meaning]]

WtEn:ambiguity
Ndict:ambiguity

https://ko.wikipedia.org/wiki/중의성 
https://en.wikipedia.org/wiki/Ambiguity 

Ggl:ambiguity

= law / rule / =
=,law =,rule .
VG:law 법칙
VG:rule 규칙
으로 통일하면 좋지않을까...

= dual / duality =
=,dual =,duality .
dual adj.
쌍대
이중
duality n.
쌍대성
이중성

KmsE:dual
KpsE:dual
KcsE:dual

Sub:
Koszul_dual
Koszul_duality

= (시간 관련) past - (present) - future / priori posteriori / a priori a posteriori =
[[시간,time]] or
[[시각,time]]에 대한 선후관계
now
before / after
과거 현재 미래

REL.
 causality causation 인과성 인과율 인과관계 인과 cause and effect ...

https://en.wikipedia.org/wiki/Future

== priori / posteriori ==
=,priori =,posteriori .
KmsE:priori KmsE:posteriori
KpsE:priori KpsE:posteriori

Ndict:"priori posteriori"
Ggl:"priori posteriori"

== a priori / a posteriori ==
a_priori a_posteriori
=,a_priori =,a_posteriori .

Ndict:"a priori a posteriori"
Ggl:"a priori a posteriori"

= 분해 decomposition =
=분해,decomposition =,decomposition .
[[분해,decomposition]]
decomposition
분해 

== nodal decomposition ==
[[nodal_decomposition]] =,nodal_decomposition . nodal_decomposition
{
nodal decomposition
https://en.wikipedia.org/wiki/Nodal_decomposition
Ggl:"nodal decomposition"
[[범주론,category_theory]]
}

= statistics =
VG [[통계,statistics]] 있으니 여긴 [[통계학,statistics]] 어떨까?
Srch:statistics

REL
[[추론,inference]] !vg
 ''통계적추론 통계추론 을 저기서 분리해야 할수도 있고.''

[[확률,probability]] vg WtEn:probability

확률론
 ''tentative pagename [[확률론,probability_theory]] // 바로아래section''

== 확률론 ==
=확률론,probability_theory =,probability_theory . 확률론 probability_theory
확률론

KmsK:확률론 = https://www.kms.or.kr/mathdict/list.html?key=kname&keyword=확률론
{ [[Date(2023-11-18T10:57:32)]] 현재 3개
combinatorial probability	조합적 확률론
probability theory	확률론
stochastics	확률론  // stochastics .... WtEn:stochastics WpEn:stochastics Ndict:stochastics Ggl:stochastics 
}

[[WtEn:probability_theory]] = https://en.wiktionary.org/wiki/probability_theory
WpSp:Probability_theory
WpEn:Probability_theory

[[확률,probability]]
[[이론,theory]]

...
"확률론"
Ndict:확률론 Ggl:확률론
"probability theory"
Ggl:"probability theory"

= prediction / forecasting =
=,prediction =,forecasting =,forecast .
예상
예측
예보
....

비슷,cmp,mklink: estimation  =,estimation  .
 WtEn:estimation
 tenataive pagename [[추정,estimation]]
  MKL [[추정량,estimator]] .. 
 이것은 (대개) 완벽할 수 없으므로 approximation 의 일종인가? 
 (we) "'''Estimation (or estimating)''' is the [[과정,process]] of finding an estimate or approximation, which is a value that is usable for some purpose even if input data may be incomplete, uncertain, or unstable."
 https://en.wikipedia.org/wiki/Estimation

Cmp: [[추론,inference]]

둘 다 [[future_event]] =,future_event . { WtEn:future_event 에대한 ... [[미래,future]] [[사건,event]] }

https://simple.wikipedia.org/wiki/Prediction
https://simple.wikipedia.org/wiki/Forecasting
 Forecasting n.
 forecast v.

= meaning =
=,meaning 미닝 뜻 의미
[[의미,meaning]] [[뜻,meaning]]
REL
 semantics - [[시맨틱스,semantics]] WtEn:semantics
  의미론

[#closure]
= closure #closure =
=,closure . 클로저 클로져 폐포 폐쇄- 닫힘성? ...
WtEn:closure - in math?
KmsE:closure

관련표현:
closed (특히 prefix. closed_set etc. opp. open_ ... curr at [[형용사,adjective?action=highlight&value=closed]])
closing

Sub:
(나중에 logic과 topology의 closure를 나누어야? 아님 필요 없나?)
https://en.wikipedia.org/wiki/Transitive_closure
 rel. transitivity / transitive_relation
https://en.wikipedia.org/wiki/Deductive_closure
 rel deduction ( [[연역,deduction]] ... )
https://en.wikipedia.org/wiki/Symmetric_closure
 rel. [[대칭성,symmetry]] / smallest symmetric_relation
https://en.wikipedia.org/wiki/Reflexive_closure
 smallest reflexive_relation
https://en.wikipedia.org/wiki/Closure_operator
[[closure_relation]] - curr [[관계,relation?action=highlight&value=closure_relation]]

MKL:
closedness 닫힘성?
 NdEn:closedness WtEn:closedness Ggl:closedness 

[[WpKo:폐포_(수학)]] - 번역이 둘 다 영어 closure인 닫힘 (성질), 폐포 (대상) 을 구분함.

[[WpSp:Closure_(mathematics)]]
[[WpEn:Closure_(mathematics)]]


= 동기화,synchronization =
[[동기화,synchronization]]
=동기화,synchronization =,synchronization .
동기화
synchronization

https://ko.wikipedia.org/wiki/동기화
https://simple.wikipedia.org/wiki/Synchronization

QQQ [[동기화,synchronization]] 성질을 가졌다는 명사형은? 동기성 synchrony synchronism ?

Sub:
=,wait-free_synchronization =,wait-free_synchronization . wait-free_synchronization
 wait-free synchronization
 http://wiki.c2.com/?WaitFreeSynchronization
 Ggl:"wait-free synchronization"
 "wait-free synchronization"
=,lock-free_synchronization =,lock-free_synchronization . lock-free_synchronization
 lock-free synchronization
 http://wiki.c2.com/?LockFreeSynchronization
 Ggl:"lock-free synchronization"
 "lock-free synchronization"
=,lock-based_synchronization =,lock-based_synchronization . lock-based_synchronization
 lock-based synchronization
 http://wiki.c2.com/?LockBasedSynchronization
  - aka [[pessimistic_locking]]
 Ggl:"lock-based synchronization"
 "lock-based synchronization"
=,sychronization_strategy =,sychronization_strategy . sychronization_strategy
 sychronization strategy
 http://wiki.c2.com/?SynchronizationStrategies
 [[전략,strategy]]
 Ggl:"sychronization strategy"
 "sychronization strategy"


= denotation and connotation =
denotation
connotation
WtEn:denotation
WtEn:connotation
(영어사전)
denotation n.(단어를 통한) 지시, 명시적 의미
connotation n. 함축(된 의미)

== denotation ==
denotation =,denotation .

Ndict:denotation
Ggl:denotation

=== denotational semantics ===
denotational_semantics =,denotational_semantics .
https://en.wikipedia.org/wiki/Denotational_semantics

denotational_semantics_of_the_Actor_model
https://en.wikipedia.org/wiki/Denotational_semantics_of_the_Actor_model

[[actor_model]] =,actor_model . actor_model {
https://en.wikipedia.org/wiki/Actor_model
Srch:actor_model
model
}

== connotation ==
connotation =,connotation .
Ndict:connotation
Ggl:connotation

= natural language =
[[자연어,natural_language]]

Sub:
자연 언어 이해 natural language understanding
자연 언어 처리 NLP //바로아래
자연 언어 질의 natural language query   // via https://terms.naver.com/entry.naver?docId=830352&cid=50376&categoryId=50376
 Up: [[질의,query]] ... curr. [[질의query]]
자연 언어 생성 natural language generation //via https://terms.naver.com/entry.naver?docId=830348&cid=50376&categoryId=50376
 [[생성,generation]] - rel [[생성기,generator]] - rel 생성자 or 제너레이터 or 발전기

Opp:
인공어
artificial language
constructued language
conlang

둘 같은뜻이었던가..
Ndict:"인공어"
Ggl:"artificial language"
Ggl:"constructued language"
----
Ndict:"natural language"
Ggl:"natural language"

Up: [[언어,language]]

= 처리 processing =
=처리, =,processing .
[[처리,processing]]
프로세싱

REL [[처리기,processor]] 프로세서 - [[프로세서,processor]]는 [[CPU]]비슷한 뜻.

Sub:
[[처리장치,processing_unit]]
 이때의 unit은 한국어로 단위([[단위,unit]])보단 장치로 번역한다. ([[장치,device]])
 줄여서 [[처리기,processor]]와 동의어?
 [[중앙처리장치,central_processing_unit,CPU]]
  중앙처리장치 CPU
  https://en.wiktionary.org/wiki/central_processing_unit
  중심처리장치 ...로 번역해도 될 법 한데
 [[텐서처리장치,tensor_processing_unit,TPU]]
 [[물리처리장치]]
  https://ko.wikipedia.org/wiki/물리_처리_장치
  https://en.wikipedia.org/wiki/Physics_processing_unit
 [[graphics_processing_unit]]
[[자연어처리,natural_language_processing,NLP]]

= NLP =
[[자연어처리,natural_language_processing,NLP]]

= hidden Markov model HMM =
=,hidden_Markov_model =,HMM .
hidden_Markov_model
HMM
hidden Markov model

은닉 마르코프 모델|모형

//wk
관찰 가능한 결과를 야기하는 원인이 관측할 수 없는 'hidden' 상태들이고, 그 상태들이 [[마르코프_과정,Markov_process]]을 

WpKo:은닉_마르코프_모형 = https://ko.wikipedia.org/wiki/은닉_마르코프_모형
https://en.wikipedia.org/wiki/Hidden_Markov_model


Ndict:"hidden Markov model"
Ggl:"hidden Markov model"

Up: [[Markov_model]]

= Markov model =
[[Markov_model]] =,Markov_model . Markov_model
Markov model

Ndict:"Markov model"
Ggl:"Markov model"

Up: [[model]]

= Intel_x86 =
=,x86 . x86 x86_architecture ?

[[GDT,global_descriptor_table]]
[[LDT,local_descriptor_table]]
[[TSS,task_state_segment]]    [[태스크,task]]
[[call_gate]]   호출 게이트 / 콜 게이트  [[호출,call]] ?  [[콜,call]] ?  [[게이트,gate]]
[[task_gate]] 태스크 게이트  [[태스크,task]]
[[paging]] - curr at [[메모리,memory?action=highlight&value=paging]]


descriptor
 서술자 기술자 or 디스크립터 ...?
  NdEn:descriptor

 [[null_descriptor]] =,null_descriptor . null_descriptor WtEn:null_descriptor
 null descriptor
  [[널,null]]

 [[descriptor_table]] =,descriptor_table . descriptor_table
 descriptor table 
  [[표,table]] [[테이블,table]]


GDT의 0번 디스크립터는 unusable.
하지만 LDT 0번 디스크립터는 valid entry.

rel. [[description]]

https://en.wiktionary.org/wiki/x86

== x86 processor modes ==
x86의 processor_mode s (? 라고 하나? WtEn:processor_mode ? .... Ggl:"x86 processor modes" "x86 processor modes"  )

=== real mode ===
[[real_mode]] =,real_mode . real_mode
리얼모드
실모드 라고 번역하는 경우도 있던데..

https://ko.wikipedia.org/wiki/리얼_모드
https://simple.wikipedia.org/wiki/Real_mode
https://en.wikipedia.org/wiki/Real_mode

(misc twins)
https://en.wiktionary.org/wiki/real_mode#English

=== protected mode ===
[[protected_mode]] =,protected_mode . protected_mode
보호모드
프로텍티드 모드

https://en.wikipedia.org/wiki/Protected_mode
rel [[DOS_extender]]

(misc twins)
https://en.wiktionary.org/wiki/protected_mode


=== long mode ===
[[long_mode]] =,long_mode . long_mode
https://en.wikipedia.org/wiki/Long_mode


https://en.wiktionary.org/wiki/long_mode

=== v86 mode ===
https://en.wikipedia.org/wiki/Virtual_8086_mode

=== unreal mode ===
[[unreal_mode]] =,unreal_mode . unreal_mode

WtEn:unreal_mode

[[WpEn:Unreal_mode]] = https://en.wikipedia.org/wiki/Unreal_mode
= disk =
=,disk .
''FORKTO [[디스크,disk]] curr at [[원판,disk]]''
MKL [[storage]]

== disk geometry/addressing ==
CHS cylinder_head_sector
LBA logical_block_addressing

partition
 (table)
 type

GPT = GUID_partition_table
{
디스크 사이즈 제한
MBR partition table은 섹터가 512바이트일 때 블럭 주소 한계가 2^^32^^라서 2 TiB 제한.
GPT는 섹터가 512바이트일 때 2^^64^^라서 8 ZiB 제한.

LBA 0 : protective MBR. (무엇?)
LBA 1 : GPT header
LBA 2 : 
}

== boot booting ==
=,boot =,booting .

boot_manager
MBR master_boot_record

boot_image
 rel. disk_image

boot_record

boot_sector

VBR volume_boot_record
{
AKA volume boot sector, partition boot record, partition boot sector
}

EBR extended_boot_record
{
AKA EPBR(extended partition boot record)
}


BPB BIOS_parameter_block
EBPB extended_BIOS_parameter_block

= cone =
뿔
원뿔
번역이 둘로 나뉨

KmsE:cone
KpsE:cone
KcsE:cone

WtEn:cone
WpEn:Cone

== cone cell ==
cone_cell

== light cone ==
light cone
null cone
light_cone =,light_cone . null_cone =,null_cone .

"light cone (or "null cone")" '' ... [[널,null]]''
 ''... btw, WpEn:Null_cone redir to WpEn:Null_vector''
  null_cone = isotropic_cone - ''rel. null_vector isotropic_vector [* WpEn:Null_vector]''
   pagename은 [[널벡터,null_vector]] ... [[벡터공간,vector_space]]의 [[zero_element]] =,zero_element . zero_element { zero element : 영원 영원소 중에? KmsE:"zero element" says: "영원(소)" .... WtEn:zero_element  WpEn:zero_element .... [[영,zero]] [[원소,element]]  }인 [[영벡터,zero_vector]]와 다른 것. 

rel
상대론 relativity
[[사건,event]]
[[시공간,spacetime]] =,spacetime . spacetime { spacetime 시공간 시공 ([[시간,time]] + [[공간,space]] ?)... KpsE:spacetime Up: physics { RR [[물리physics]] 있음. VG 물리학,physics 있음. [[물리,physics]]는 어떨지? }//physics }//spacetime
causality
[[빛,light]]

KpsE:"light cone"

Ggl:"light cone"

(중요하지 않은건 ADDHERE ... 그렇지 않은건 위쪽에.)
= mimetex version =
$\version$
= referer test =
[[Referer]]
= gnuplot test =
fork to Ndict:gnuplot  Ggl:gnuplot - pagename tbd

{{{#!gnuplot
plot sin(x)
}}}

{{{#!gnuplot
set noautoscale
set yrange [0:3]
set xrange [0:3]
plot sqrt(x), x*x, log(x)
}}}

= etc =
[[#etc]]
RC회로
축전기 양 끝의 전위차
$V(t)=\mathcal{E}_0(1-e^{-\frac{t}{RC}})$

discharging:
$q=q_0e^{-\frac{t}{RC}}$
$V=V_0e^{-\frac{t}{RC}}$

limits vs nolimits
$\limits\int_a^bf(x)dx$
$\nolimits\int_a^bf(x)dx$

$|\limits_a^b$
$|\nolimits_a^b$
----
영인자만들기:
$\begin{pmatrix}a&a\\b&b\end{pmatrix}\begin{pmatrix}x&-y\\-x&y\end{pmatrix},\; \begin{pmatrix}1&1\\-1&-1\end{pmatrix}\begin{pmatrix}1&1\\-1&-1\end{pmatrix}$
Ndict:영인자

= TeX의 그리스 문자 =
[#texgreeks]
단순히

대문자 명칭 나열:
$\Alpha \Beta \Gamma \Delta \Epsilon \Zeta \Eta \Theta \Iota \Kappa \Lambda \Mu \Nu \Xi \Omicron \Pi \Rho \Sigma \Tau \Upsilon \Phi \Chi \Psi \Omega$
소문자 명칭 나열:
$\alpha \beta \gamma \delta \epsilon \zeta \eta \theta \iota \kappa \lambda \mu \nu \xi \omicron \pi \rho \sigma \tau \upsilon \phi \chi \psi \omega$

TeX는 그리스 문자를 표현할 때 로마자와 모양이 같은 것을 재활용한다. 따라서 그리스 대문자 목록을 표현하려면
$A B \Gamma \Delta E Z H \Theta I K \Lambda M N \Xi O \Pi P \Sigma T \Upsilon \Phi X \Psi \Omega$
소문자 목록은
$\alpha \beta \gamma \delta \epsilon \zeta \eta \theta \iota \kappa \lambda \mu \nu \xi o \pi \rho \sigma \tau \upsilon \phi \chi \psi \omega$
var- 소문자 목록은
$\epsilon-\varepsilon/\theta-\vartheta/\pi-\varpi/\rho-\varrho/\sigma-\varsigma/\phi-\varphi$


표준 (italic)
$ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz 0123456789$
$A B \Gamma \Delta E Z H \Theta I K \Lambda M N \Xi O \Pi P \Sigma T \Upsilon \Phi X \Psi \Omega \alpha \beta \gamma \delta \epsilon \zeta \eta \theta \iota \kappa \lambda \mu \nu \xi o \pi \rho \sigma \tau \upsilon \phi \chi \psi \omega \varepsilon\vartheta\varpi\varrho\varsigma\varphi$
을 다음과 같이 다양하게 표현을 시도, 아래 렌더링에서 어떤 꼴이 표현 지원되거나 지원되지 않는 지 확인 가능

mathcal:
$\mathcal{ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz 0123456789}$
$\mathcal{A B \Gamma \Delta E Z H \Theta I K \Lambda M N \Xi O \Pi P \Sigma T \Upsilon \Phi X \Psi \Omega \alpha \beta \gamma \delta \epsilon \zeta \eta \theta \iota \kappa \lambda \mu \nu \xi o \pi \rho \sigma \tau \upsilon \phi \chi \psi \omega \varepsilon\vartheta\varpi\varrho\varsigma\varphi}$

mathrm:
$\mathrm{ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz 0123456789}$
$\mathrm{A B \Gamma \Delta E Z H \Theta I K \Lambda M N \Xi O \Pi P \Sigma T \Upsilon \Phi X \Psi \Omega \alpha \beta \gamma \delta \epsilon \zeta \eta \theta \iota \kappa \lambda \mu \nu \xi o \pi \rho \sigma \tau \upsilon \phi \chi \psi \omega \varepsilon\vartheta\varpi\varrho\varsigma\varphi}$

mathbb:
$\mathbb{ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz 0123456789}$
$\mathbb{A B \Gamma \Delta E Z H \Theta I K \Lambda M N \Xi O \Pi P \Sigma T \Upsilon \Phi X \Psi \Omega \alpha \beta \gamma \delta \epsilon \zeta \eta \theta \iota \kappa \lambda \mu \nu \xi o \pi \rho \sigma \tau \upsilon \phi \chi \psi \omega \varepsilon\vartheta\varpi\varrho\varsigma\varphi}$

mathbf:
$\mathbf{ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz 0123456789}$
$\mathbf{A B \Gamma \Delta E Z H \Theta I K \Lambda M N \Xi O \Pi P \Sigma T \Upsilon \Phi X \Psi \Omega \alpha \beta \gamma \delta \epsilon \zeta \eta \theta \iota \kappa \lambda \mu \nu \xi o \pi \rho \sigma \tau \upsilon \phi \chi \psi \omega \varepsilon\vartheta\varpi\varrho\varsigma\varphi}$

mathscr:
$\mathscr{ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz 0123456789}$
$\mathscr{A B \Gamma \Delta E Z H \Theta I K \Lambda M N \Xi O \Pi P \Sigma T \Upsilon \Phi X \Psi \Omega \alpha \beta \gamma \delta \epsilon \zeta \eta \theta \iota \kappa \lambda \mu \nu \xi o \pi \rho \sigma \tau \upsilon \phi \chi \psi \omega \varepsilon\vartheta\varpi\varrho\varsigma\varphi}$

mathsf, mathtt는 전혀 지원 안하는 듯

= orphaned pages =
{{{<<OrphanedPages>>}}}

= 이상익 =
VG: 정수론,number_theory
 $A=B \cdot Q+R, \quad\quad 0 \le R < B$
에서
 $R=A-B\left\lfloor \frac{A}{B} \right\rfloor$

// rel : [[모듈로,modulo]] > [[modulo_operation]] https://proofwiki.org/wiki/Definition:Modulo_Operation

= Pagename Normalization =
Srch:pagename 에 대해 논의하는 page의 pagename?

rel [[이름,name]] [[naming]] [[식별자,identifier]] [[wikipage]]=[[wiki_page]] [[URI]] [[URL]] [[정규화,normalization]]

== TBD 1 ==
맨 뒤에 ,ABBR ~~postfix~~ suffix 관습은 유지할 것인가 말것인가
abbr만으로 충분하다면 그것만 쓸것인가 아님 말것인가
...TBD

운영체제는
[[운영체제,OS]]
[[운영체제,operating_system]]
[[운영체제,operating_system,OS]]
중에 뭐가 최고인가
{
[[도스,DOS]]
}

일단 입출력은 [[입출력,IO]]로 했는데 ,,편의상,,

== 슬래시 slash 문제 ==
CP/M
은 뭐가 좋은가
[[시피엠,CPM]]?

OS/2
[[오에스2,OS2]]?

일단 입출력은 [[입출력,IO]]로 했는데 ,,편의상,,