In mathematics, first introduced by Nicolas Bourbaki in their treatise Éléments de mathématique.

(mathematics, computer science) Used to mark an especially difficult passage or proof in a textbook.

Bourbaki dangerous bend symbol
Nicolas Bourbaki
Éléments de mathématique


linked list

(computer science) A simple linear data structure, each of whose nodes includes a pointer to the next (and sometimes previous) node in the list, enabling traversal of the structure in at least one direction from any starting point.


Turing degree

(computer science, logic) A measure of the level of algorithmic unsolvability of the decision problem of whether a given set of natural numbers contains any given number.


ANN

(computer science) Initialism of approximate nearest neighbor.


ベクトル

(computer science) vector (a one-dimensional array)


samanaikaisuus

samanaikaisuus (nominative singular)
samanaikaisuudet (nominative plural)
samanaikaisuus (accusative nominative singular)
samanaikaisuudet (accusative nominative plural)
samanaikaisuuden (accusative genitive singular)
samanaikaisuudet (accusative genitive plural)
samanaikaisuuden (genitive singular)
samanaikaisuuksien (genitive plural)
samanaikaisuutta (partitive singular)
samanaikaisuuksia (partitive plural)
samanaikaisuudessa (inessive singular)
samanaikaisuuksissa (inessive plural)
samanaikaisuudesta (elative singular)
samanaikaisuuksista (elative plural)
samanaikaisuuteen (illative singular)
samanaikaisuuksiin (illative plural)
samanaikaisuudella (adessive singular)
samanaikaisuuksilla (adessive plural)
samanaikaisuudelta (ablative singular)
samanaikaisuuksilta (ablative plural)
samanaikaisuudelle (allative singular)
samanaikaisuuksille (allative plural)
samanaikaisuutena (essive singular)
samanaikaisuuksina (essive plural)
samanaikaisuudeksi (singular translative)
samanaikaisuuksiksi (plural translative)
samanaikaisuudetta (abessive singular)
samanaikaisuuksitta (abessive plural)
samanaikaisuuksin (instructive plural)
See the possessive forms below. (comitative)
samanaikaisuuteni (nominative singular)
samanaikaisuuteni (nominative plural)
samanaikaisuuteni (accusative nominative singular)
samanaikaisuuteni (accusative nominative plural)
samanaikaisuuteni (accusative genitive singular)
samanaikaisuuteni (accusative genitive plural)
samanaikaisuuteni (genitive singular)
samanaikaisuuksieni (genitive plural)
samanaikaisuuttani (partitive singular)
samanaikaisuuksiani (partitive plural)
samanaikaisuudessani (inessive singular)
samanaikaisuuksissani (inessive plural)
samanaikaisuudestani (elative singular)
samanaikaisuuksistani (elative plural)
samanaikaisuuteeni (illative singular)
samanaikaisuuksiini (illative plural)
samanaikaisuudellani (adessive singular)
samanaikaisuuksillani (adessive plural)
samanaikaisuudeltani (ablative singular)
samanaikaisuuksiltani (ablative plural)
samanaikaisuudelleni (allative singular)
samanaikaisuuksilleni (allative plural)
samanaikaisuutenani (essive singular)
samanaikaisuuksinani (essive plural)
samanaikaisuudekseni (singular translative)
samanaikaisuuksikseni (plural translative)
samanaikaisuudettani (abessive singular)
samanaikaisuuksittani (abessive plural)
samanaikaisuuksineni (comitative plural)
samanaikaisuutesi (nominative singular)
samanaikaisuutesi (nominative plural)
samanaikaisuutesi (accusative nominative singular)
samanaikaisuutesi (accusative nominative plural)
samanaikaisuutesi (accusative genitive singular)
samanaikaisuutesi (accusative genitive plural)
samanaikaisuutesi (genitive singular)
samanaikaisuuksiesi (genitive plural)
samanaikaisuuttasi (partitive singular)
samanaikaisuuksiasi (partitive plural)
samanaikaisuudessasi (inessive singular)
samanaikaisuuksissasi (inessive plural)
samanaikaisuudestasi (elative singular)
samanaikaisuuksistasi (elative plural)
samanaikaisuuteesi (illative singular)
samanaikaisuuksiisi (illative plural)
samanaikaisuudellasi (adessive singular)
samanaikaisuuksillasi (adessive plural)
samanaikaisuudeltasi (ablative singular)
samanaikaisuuksiltasi (ablative plural)
samanaikaisuudellesi (allative singular)
samanaikaisuuksillesi (allative plural)
samanaikaisuutenasi (essive singular)
samanaikaisuuksinasi (essive plural)
samanaikaisuudeksesi (singular translative)
samanaikaisuuksiksesi (plural translative)
samanaikaisuudettasi (abessive singular)
samanaikaisuuksittasi (abessive plural)
samanaikaisuuksinesi (comitative plural)
samanaikaisuutemme (nominative singular)
samanaikaisuutemme (nominative plural)
samanaikaisuutemme (accusative nominative singular)
samanaikaisuutemme (accusative nominative plural)
samanaikaisuutemme (accusative genitive singular)
samanaikaisuutemme (accusative genitive plural)
samanaikaisuutemme (genitive singular)
samanaikaisuuksiemme (genitive plural)
samanaikaisuuttamme (partitive singular)
samanaikaisuuksiamme (partitive plural)
samanaikaisuudessamme (inessive singular)
samanaikaisuuksissamme (inessive plural)
samanaikaisuudestamme (elative singular)
samanaikaisuuksistamme (elative plural)
samanaikaisuuteemme (illative singular)
samanaikaisuuksiimme (illative plural)
samanaikaisuudellamme (adessive singular)
samanaikaisuuksillamme (adessive plural)
samanaikaisuudeltamme (ablative singular)
samanaikaisuuksiltamme (ablative plural)
samanaikaisuudellemme (allative singular)
samanaikaisuuksillemme (allative plural)
samanaikaisuutenamme (essive singular)
samanaikaisuuksinamme (essive plural)
samanaikaisuudeksemme (singular translative)
samanaikaisuuksiksemme (plural translative)
samanaikaisuudettamme (abessive singular)
samanaikaisuuksittamme (abessive plural)
samanaikaisuuksinemme (comitative plural)
samanaikaisuutenne (nominative singular)
samanaikaisuutenne (nominative plural)
samanaikaisuutenne (accusative nominative singular)
samanaikaisuutenne (accusative nominative plural)
samanaikaisuutenne (accusative genitive singular)
samanaikaisuutenne (accusative genitive plural)
samanaikaisuutenne (genitive singular)
samanaikaisuuksienne (genitive plural)
samanaikaisuuttanne (partitive singular)
samanaikaisuuksianne (partitive plural)
samanaikaisuudessanne (inessive singular)
samanaikaisuuksissanne (inessive plural)
samanaikaisuudestanne (elative singular)
samanaikaisuuksistanne (elative plural)
samanaikaisuuteenne (illative singular)
samanaikaisuuksiinne (illative plural)
samanaikaisuudellanne (adessive singular)
samanaikaisuuksillanne (adessive plural)
samanaikaisuudeltanne (ablative singular)
samanaikaisuuksiltanne (ablative plural)
samanaikaisuudellenne (allative singular)
samanaikaisuuksillenne (allative plural)
samanaikaisuutenanne (essive singular)
samanaikaisuuksinanne (essive plural)
samanaikaisuudeksenne (singular translative)
samanaikaisuuksiksenne (plural translative)
samanaikaisuudettanne (abessive singular)
samanaikaisuuksittanne (abessive plural)
samanaikaisuuksinenne (comitative plural)
samanaikaisuutensa (nominative singular)
samanaikaisuutensa (nominative plural)
samanaikaisuutensa (accusative nominative singular)
samanaikaisuutensa (accusative nominative plural)
samanaikaisuutensa (accusative genitive singular)
samanaikaisuutensa (accusative genitive plural)
samanaikaisuutensa (genitive singular)
samanaikaisuuksiensa (genitive plural)
samanaikaisuuttaan (partitive singular)
samanaikaisuuttansa (partitive singular)
samanaikaisuuksiaan (partitive plural)
samanaikaisuuksiansa (partitive plural)
samanaikaisuudessaan (inessive singular)
samanaikaisuudessansa (inessive singular)
samanaikaisuuksissaan (inessive plural)
samanaikaisuuksissansa (inessive plural)
samanaikaisuudestaan (elative singular)
samanaikaisuudestansa (elative singular)
samanaikaisuuksistaan (elative plural)
samanaikaisuuksistansa (elative plural)
samanaikaisuuteensa (illative singular)
samanaikaisuuksiinsa (illative plural)
samanaikaisuudellaan (adessive singular)
samanaikaisuudellansa (adessive singular)
samanaikaisuuksillaan (adessive plural)
samanaikaisuuksillansa (adessive plural)
samanaikaisuudeltaan (ablative singular)
samanaikaisuudeltansa (ablative singular)
samanaikaisuuksiltaan (ablative plural)
samanaikaisuuksiltansa (ablative plural)
samanaikaisuudelleen (allative singular)
samanaikaisuudellensa (allative singular)
samanaikaisuuksilleen (allative plural)
samanaikaisuuksillensa (allative plural)
samanaikaisuutenaan (essive singular)
samanaikaisuutenansa (essive singular)
samanaikaisuuksinaan (essive plural)
samanaikaisuuksinansa (essive plural)
samanaikaisuudekseen (singular translative)
samanaikaisuudeksensa (singular translative)
samanaikaisuuksikseen (plural translative)
samanaikaisuuksiksensa (plural translative)
samanaikaisuudettaan (abessive singular)
samanaikaisuudettansa (abessive singular)
samanaikaisuuksittaan (abessive plural)
samanaikaisuuksittansa (abessive plural)
samanaikaisuuksineen (comitative plural)
samanaikaisuuksinensa (comitative plural)

[ˈs̠ɑ̝mɑ̝nˌɑ̝i̯kɑ̝i̯s̠uːs̠]


HLL

(computer science) Initialism of HyperLogLog.


pure name

A MAC address can be considered a pure name, as it gives no indication of where on a network the device can be found.

(computer science) A name that reveals no usable information about the entity it identifies.


impure name

The absolute path to a file is an impure name: it contains a clear hierarchical structure.

(computer science) A name that contains useful information about the entity it identifies.


biokomputiko

eo-head

biokomputiko (uncountable, accusative biokomputikon)

(biology, computer science) bioinformatics (field of science)


cycle time

Order cycle time can now be minutes from when the customer starts entering an order to when it is visible to the warehouse.

Production cycle time is not as important as the time spent in transit.

Design cycle time for an all-new state-of-the-art compressor is still years from go-ahead to readiness for manufacture.

(computing, software, computer science) The total elapsed time to complete an operation or set of operations.


Levenshteinova vzdálenost

Levenshteinova vzdálenost (nominative singular)
Levenshteinovy vzdálenosti (nominative plural)
Levenshteinovy vzdálenosti (genitive singular)
Levenshteinových vzdáleností (genitive plural)
Levenshteinově vzdálenosti (dative singular)
Levenshteinovým vzdálenostem (dative plural)
Levenshteinovu vzdálenost (accusative singular)
Levenshteinovy vzdálenosti (accusative plural)
Levenshteinova vzdálenosti (singular vocative)
Levenshteinovy vzdálenosti (plural vocative)
Levenshteinově vzdálenosti (locative singular)
Levenshteinových vzdálenostech (locative plural)
Levenshteinovou vzdáleností (instrumental singular)
Levenshteinovými vzdálenostmi (instrumental plural)

Levenshtein distance
Levenshtein distance


maximax

LL-Q1860 (eng)-Flame, not lame-maximax.wav

The first criterion is the Hurwicz criterion, often referred to the maximax criterion. […] the decision-maker is always optimistic and attempts to maximize profits by a go-for-broke strategy.

2009, Harold Kerzner, Project Management: A Systems Approach to Planning, Scheduling, and Controlling, Tenth Edition, John Wiley and Sons, →ISBN, page 749:

(economics, computer science, decision theory) A strategy or algorithm that seeks to maximize the maximum possible result (that is, that prefers the alternative with the chance of the best possible outcome, even if its expected outcome and its worst possible outcome are worse than other alternatives); often used attributively, as "maximax strategy", "maximax approach", and so on.


最急降下法

ja-noun

最(さい)急(きゅう)降(こう)下(か)法(ほう) • (saikyū kōkahō)

最急降下法 (canonical)
saikyū kōkahō (romanization)

steepest descent method
steepest descent method

(computer science) steepest descent method


HMM

hidden Markov model
hidden Markov model#English

(computer science) Initialism of hidden Markov model.


CRF

conditional random field
w:conditional random field

(computer science) Initialism of conditional random field.


شیء

head

شیء • (šay' /šey') (plural اشیاء or شیءها)

šay' (romanization)
šey' (romanization)
اشیاء (plural)
شیءها (plural)

شیء فیزیکی

شیء ریاضی

(physics, mathematics, computer science, philosophy) object


bisimilar

LL-Q1860 (eng)-Flame, not lame-bisimilar.wav

(computer science) Of two state transition systems, such that a bisimulation exists between the two.


minimin

(economics, computer science, decision theory) A strategy or algorithm that seeks to minimize the minimum possible result.


(mathematics, computer science) Kleene plus


pageable

(computer science, of computer memory) Able to be paged in and paged out.


semicomputable

(mathematics, computer science) partially computable

(mathematics, computer science) Semidecidable (for decision problems), can be approximated from either above or below by a computable function (for optimization and numerical problems).


(mathematics, computer science) assignment


FO

first-order logic
first-order logic#English

(logic, computer science) Initialism of first-order logic.


`num`

`num` (English symbol name number sign or hash or pound sign or octothorpe)

`num` (canonical)
number sign (English name symbol)
hash (English name symbol)
pound sign (English name symbol)
octothorpe (English name symbol)

(mathematics, computer science) Used to indicate string concatenation.


linearithmic

/ˌlɪni.əˈɹɪðmɪk/

LL-Q1860 (eng)-Flame, not lame-linearthimic.wav

(computer science, of a procedure) Taking up to time proportional to n log(n) to run on inputs of size n.


lexical analysis

en-noun

lexical analysis (countable and uncountable, plural lexical analyses)

While it's often not difficult to identify tokens while parsing, having a separate stage for lexical analysis simplifies the structure of your compiler.

(computer science) The conversion of a stream of characters to a stream of meaningful tokens; normally to simplify parsing.


ℰ

(mathematics, computer science) A level of the Grzegorczyk hierarchy


beta reduce

en-verb

beta reduce (third-person singular simple present beta reduces, present participle beta reducing, simple past and past participle beta reduced)

beta reduces (present singular third-person)
beta reducing (participle present)
beta reduced (participle past)
beta reduced (past)

The term (#92;lambdax.#92;,x)#92;,y can beta reduce to y#92;#33;.

(computer science, transitive or intransitive) To syntactically replace a function call by the result of calling that function.


computation history

en-noun

computation history (plural computation histories)

(computer science) a sequence of steps taken by an abstract machine in the process of computing its result.


subprocedure

LL-Q1860 (eng)-Flame, not lame-subprocedure.wav

(computer science) A procedure that can be called by higher-level procedures as part of their operation.


bijlage

nl-noun

bijlage f (plural bijlagen or bijlages, diminutive bijlagetje n)

bijlagen (plural)
bijlages (plural)
bijlagetje (diminutive neuter)

/ˈbɛi̯ˌlaː.ɣə/


tietokonelingvistiikka

tietokonelingvistiikka (nominative singular)
tietokonelingvistiikat (nominative plural)
tietokonelingvistiikka (accusative nominative singular)
tietokonelingvistiikat (accusative nominative plural)
tietokonelingvistiikan (accusative genitive singular)
tietokonelingvistiikat (accusative genitive plural)
tietokonelingvistiikan (genitive singular)
tietokonelingvistiikkojen (genitive plural)
tietokonelingvistiikkain (genitive plural rare)
tietokonelingvistiikkaa (partitive singular)
tietokonelingvistiikkoja (partitive plural)
tietokonelingvistiikassa (inessive singular)
tietokonelingvistiikoissa (inessive plural)
tietokonelingvistiikasta (elative singular)
tietokonelingvistiikoista (elative plural)
tietokonelingvistiikkaan (illative singular)
tietokonelingvistiikkoihin (illative plural)
tietokonelingvistiikalla (adessive singular)
tietokonelingvistiikoilla (adessive plural)
tietokonelingvistiikalta (ablative singular)
tietokonelingvistiikoilta (ablative plural)
tietokonelingvistiikalle (allative singular)
tietokonelingvistiikoille (allative plural)
tietokonelingvistiikkana (essive singular)
tietokonelingvistiikkoina (essive plural)
tietokonelingvistiikaksi (singular translative)
tietokonelingvistiikoiksi (plural translative)
tietokonelingvistiikatta (abessive singular)
tietokonelingvistiikoitta (abessive plural)
tietokonelingvistiikoin (instructive plural)
See the possessive forms below. (comitative)
tietokonelingvistiikkani (nominative singular)
tietokonelingvistiikkani (nominative plural)
tietokonelingvistiikkani (accusative nominative singular)
tietokonelingvistiikkani (accusative nominative plural)
tietokonelingvistiikkani (accusative genitive singular)
tietokonelingvistiikkani (accusative genitive plural)
tietokonelingvistiikkani (genitive singular)
tietokonelingvistiikkojeni (genitive plural)
tietokonelingvistiikkaini (genitive plural rare)
tietokonelingvistiikkaani (partitive singular)
tietokonelingvistiikkojani (partitive plural)
tietokonelingvistiikassani (inessive singular)
tietokonelingvistiikoissani (inessive plural)
tietokonelingvistiikastani (elative singular)
tietokonelingvistiikoistani (elative plural)
tietokonelingvistiikkaani (illative singular)
tietokonelingvistiikkoihini (illative plural)
tietokonelingvistiikallani (adessive singular)
tietokonelingvistiikoillani (adessive plural)
tietokonelingvistiikaltani (ablative singular)
tietokonelingvistiikoiltani (ablative plural)
tietokonelingvistiikalleni (allative singular)
tietokonelingvistiikoilleni (allative plural)
tietokonelingvistiikkanani (essive singular)
tietokonelingvistiikkoinani (essive plural)
tietokonelingvistiikakseni (singular translative)
tietokonelingvistiikoikseni (plural translative)
tietokonelingvistiikattani (abessive singular)
tietokonelingvistiikoittani (abessive plural)
tietokonelingvistiikkoineni (comitative plural)
tietokonelingvistiikkasi (nominative singular)
tietokonelingvistiikkasi (nominative plural)
tietokonelingvistiikkasi (accusative nominative singular)
tietokonelingvistiikkasi (accusative nominative plural)
tietokonelingvistiikkasi (accusative genitive singular)
tietokonelingvistiikkasi (accusative genitive plural)
tietokonelingvistiikkasi (genitive singular)
tietokonelingvistiikkojesi (genitive plural)
tietokonelingvistiikkaisi (genitive plural rare)
tietokonelingvistiikkaasi (partitive singular)
tietokonelingvistiikkojasi (partitive plural)
tietokonelingvistiikassasi (inessive singular)
tietokonelingvistiikoissasi (inessive plural)
tietokonelingvistiikastasi (elative singular)
tietokonelingvistiikoistasi (elative plural)
tietokonelingvistiikkaasi (illative singular)
tietokonelingvistiikkoihisi (illative plural)
tietokonelingvistiikallasi (adessive singular)
tietokonelingvistiikoillasi (adessive plural)
tietokonelingvistiikaltasi (ablative singular)
tietokonelingvistiikoiltasi (ablative plural)
tietokonelingvistiikallesi (allative singular)
tietokonelingvistiikoillesi (allative plural)
tietokonelingvistiikkanasi (essive singular)
tietokonelingvistiikkoinasi (essive plural)
tietokonelingvistiikaksesi (singular translative)
tietokonelingvistiikoiksesi (plural translative)
tietokonelingvistiikattasi (abessive singular)
tietokonelingvistiikoittasi (abessive plural)
tietokonelingvistiikkoinesi (comitative plural)
tietokonelingvistiikkamme (nominative singular)
tietokonelingvistiikkamme (nominative plural)
tietokonelingvistiikkamme (accusative nominative singular)
tietokonelingvistiikkamme (accusative nominative plural)
tietokonelingvistiikkamme (accusative genitive singular)
tietokonelingvistiikkamme (accusative genitive plural)
tietokonelingvistiikkamme (genitive singular)
tietokonelingvistiikkojemme (genitive plural)
tietokonelingvistiikkaimme (genitive plural rare)
tietokonelingvistiikkaamme (partitive singular)
tietokonelingvistiikkojamme (partitive plural)
tietokonelingvistiikassamme (inessive singular)
tietokonelingvistiikoissamme (inessive plural)
tietokonelingvistiikastamme (elative singular)
tietokonelingvistiikoistamme (elative plural)
tietokonelingvistiikkaamme (illative singular)
tietokonelingvistiikkoihimme (illative plural)
tietokonelingvistiikallamme (adessive singular)
tietokonelingvistiikoillamme (adessive plural)
tietokonelingvistiikaltamme (ablative singular)
tietokonelingvistiikoiltamme (ablative plural)
tietokonelingvistiikallemme (allative singular)
tietokonelingvistiikoillemme (allative plural)
tietokonelingvistiikkanamme (essive singular)
tietokonelingvistiikkoinamme (essive plural)
tietokonelingvistiikaksemme (singular translative)
tietokonelingvistiikoiksemme (plural translative)
tietokonelingvistiikattamme (abessive singular)
tietokonelingvistiikoittamme (abessive plural)
tietokonelingvistiikkoinemme (comitative plural)
tietokonelingvistiikkanne (nominative singular)
tietokonelingvistiikkanne (nominative plural)
tietokonelingvistiikkanne (accusative nominative singular)
tietokonelingvistiikkanne (accusative nominative plural)
tietokonelingvistiikkanne (accusative genitive singular)
tietokonelingvistiikkanne (accusative genitive plural)
tietokonelingvistiikkanne (genitive singular)
tietokonelingvistiikkojenne (genitive plural)
tietokonelingvistiikkainne (genitive plural rare)
tietokonelingvistiikkaanne (partitive singular)
tietokonelingvistiikkojanne (partitive plural)
tietokonelingvistiikassanne (inessive singular)
tietokonelingvistiikoissanne (inessive plural)
tietokonelingvistiikastanne (elative singular)
tietokonelingvistiikoistanne (elative plural)
tietokonelingvistiikkaanne (illative singular)
tietokonelingvistiikkoihinne (illative plural)
tietokonelingvistiikallanne (adessive singular)
tietokonelingvistiikoillanne (adessive plural)
tietokonelingvistiikaltanne (ablative singular)
tietokonelingvistiikoiltanne (ablative plural)
tietokonelingvistiikallenne (allative singular)
tietokonelingvistiikoillenne (allative plural)
tietokonelingvistiikkananne (essive singular)
tietokonelingvistiikkoinanne (essive plural)
tietokonelingvistiikaksenne (singular translative)
tietokonelingvistiikoiksenne (plural translative)
tietokonelingvistiikattanne (abessive singular)
tietokonelingvistiikoittanne (abessive plural)
tietokonelingvistiikkoinenne (comitative plural)
tietokonelingvistiikkansa (nominative singular)
tietokonelingvistiikkansa (nominative plural)
tietokonelingvistiikkansa (accusative nominative singular)
tietokonelingvistiikkansa (accusative nominative plural)
tietokonelingvistiikkansa (accusative genitive singular)
tietokonelingvistiikkansa (accusative genitive plural)
tietokonelingvistiikkansa (genitive singular)
tietokonelingvistiikkojensa (genitive plural)
tietokonelingvistiikkainsa (genitive plural rare)
tietokonelingvistiikkaansa (partitive singular)
tietokonelingvistiikkojaan (partitive plural)
tietokonelingvistiikkojansa (partitive plural)
tietokonelingvistiikassaan (inessive singular)
tietokonelingvistiikassansa (inessive singular)
tietokonelingvistiikoissaan (inessive plural)
tietokonelingvistiikoissansa (inessive plural)
tietokonelingvistiikastaan (elative singular)
tietokonelingvistiikastansa (elative singular)
tietokonelingvistiikoistaan (elative plural)
tietokonelingvistiikoistansa (elative plural)
tietokonelingvistiikkaansa (illative singular)
tietokonelingvistiikkoihinsa (illative plural)
tietokonelingvistiikallaan (adessive singular)
tietokonelingvistiikallansa (adessive singular)
tietokonelingvistiikoillaan (adessive plural)
tietokonelingvistiikoillansa (adessive plural)
tietokonelingvistiikaltaan (ablative singular)
tietokonelingvistiikaltansa (ablative singular)
tietokonelingvistiikoiltaan (ablative plural)
tietokonelingvistiikoiltansa (ablative plural)
tietokonelingvistiikalleen (allative singular)
tietokonelingvistiikallensa (allative singular)
tietokonelingvistiikoilleen (allative plural)
tietokonelingvistiikoillensa (allative plural)
tietokonelingvistiikkanaan (essive singular)
tietokonelingvistiikkanansa (essive singular)
tietokonelingvistiikkoinaan (essive plural)
tietokonelingvistiikkoinansa (essive plural)
tietokonelingvistiikakseen (singular translative)
tietokonelingvistiikaksensa (singular translative)
tietokonelingvistiikoikseen (plural translative)
tietokonelingvistiikoiksensa (plural translative)
tietokonelingvistiikattaan (abessive singular)
tietokonelingvistiikattansa (abessive singular)
tietokonelingvistiikoittaan (abessive plural)
tietokonelingvistiikoittansa (abessive plural)
tietokonelingvistiikkoineen (comitative plural)
tietokonelingvistiikkoinensa (comitative plural)

tietokone (“computer”) + lingvistiikka (“linguistics”)

compound

computational linguistics
computational linguistics

(linguistics, computer science) computational linguistics (interdisciplinary field dealing with the statistical and/or rule-based modeling of natural language from a computational perspective)


lóðleit

is-noun

lóðleit f (genitive singular lóðleitar, no plural)

lóðleitar (genitive singular)
lóðleit (indefinite nominative singular)
lóðleitin (definite nominative singular)
lóðleit (accusative indefinite singular)
lóðleitina (accusative definite singular)
lóðleit (dative indefinite singular)
lóðleitinni (dative definite singular)
lóðleitar (genitive indefinite singular)
lóðleitarinnar (definite genitive singular)


VSS

(computer networking) virtual switching system


relative address

en-noun

relative address (plural relative addresses)

(computer science) The location of something in computer memory expressed as an offset from the value of a register.


bucket list

From bucket + list.
Sense 1 (“list of tasks arising during a meeting”) may allude to a notional bucket in which tasks to be dealt with later are placed. Sense 2 (“list of things to accomplish before one’s death”) refers to kick the bucket (“to die”), bucket in this sense possibly referring to a beam to which a pig is hung by its heels after it has been slaughtered (possibly from Old French buquet (“balance; trebuchet”)). It was coined by the American and British screenwriter Justin Zackham in 1999 when he drew up “Justin’s List of Things to Do before I Kick the Bucket” which he shortened to “Justin’s Bucket List”. The first item on his list was to have a screenplay produced at a major Hollywood studio. After a few years, it occurred to him that the notion of a “bucket list” could be the basis for a film, so he wrote a screenplay about two dying men racing to complete their own bucket lists with the time they had left, which became the film The Bucket List (2007). The term was then popularized by the film.

平生夢想單 /平生梦想单

a list of things to accomplish before one’s death

lista rzeczy do zrobienia przed śmiercią

lista de cosas por / para hacer antes de morir

Using a bucket list structure[…], the program sorts each incoming word serially, constructing a list within each of 256 buckets for good words of a given alphabetic range […]

1960 July 25, J. C. Olney, Feat, an Inventory Program for Information Retrieval (FN-4018), Santa Monica, Calif.: System Development Corporation; quoted in Mary Elizabeth Stevens, “Operational Considerations”, in Automatic Indexing: A State-of-the-Art Report (National Bureau of Standards Monograph; 91), Washington, D.C.: National Bureau of Standards, United States Department of Commerce, 30 March 1965, reissued February 1970, →OCLC, page 170:

In place of direct storage in the block we might substitute pointers to linked bucket lists of the elements having the same hash addresses. After hashing B#95;x and retrieving the pointer to the appropriate bucket list, we search the list for B#95;x, and if not found, add it to the end of the list.

1975, Terrence W. Pratt, “Data”, in Programming Languages: Design and Implementation, Englewood Cliffs, N.J.: Prentice-Hall, →ISBN, page 83:

(computer science) A data structure containing buckets used in a hashing algorithm.


反転

反転する (canonical)
hanten suru (romanization)
反転し (stem)
反転した (past)
反転し
はんてんし
hanten shi
反転する
はんてんする
hanten suru
反転すれ
はんてんすれ
hanten sure
反転せよ (imperative literary)
反転しろ (colloquial imperative)
はんてんせよ (imperative literary)
はんてんしろ (colloquial imperative)
hanten seyo (imperative literary)
hanten shiro (colloquial imperative)
反転される (passive)
はんてんされる (passive)
hanten sareru (passive)
反転させる (causative)
反転さす (causative)
はんてんさせる (causative)
はんてんさす (causative)
hanten saseru (causative)
hanten sasu (causative)
反転できる (potential)
はんてんできる (potential)
hanten dekiru (potential)
反転しよう (volitional)
はんてんしよう (volitional)
hanten shiyō (volitional)
反転しない (negative)
はんてんしない (negative)
hanten shinai (negative)
反転せず (continuative negative)
はんてんせず (continuative negative)
hanten sezu (continuative negative)
反転します (formal)
はんてんします (formal)
hanten shimasu (formal)
反転した (perfective)
はんてんした (perfective)
hanten shita (perfective)
反転して (conjunctive)
はんてんして (conjunctive)
hanten shite (conjunctive)
反転すれば (conditional hypothetical)
はんてんすれば (conditional hypothetical)
hanten sureba (conditional hypothetical)


LQTM

quantum Turing machine
w:quantum Turing machine

(computer science, quantum mechanics) Initialism of linear quantum Turing machine.


комбинатор

ru-noun+

комбина́тор • (kombinátor) m anim or m inan (genitive комбина́тора, nominative plural комбина́торы, genitive plural комбина́торов)

комбина́тор (canonical)
kombinátor (romanization)
комбина́тора (genitive)
комбина́торы (nominative plural)
комбина́торов (genitive plural)
комбина́тор (nominative singular)
комбина́торы (nominative plural)
комбина́тора (genitive singular)
комбина́торов (genitive plural)
комбина́тору (dative singular)
комбина́торам (dative plural)
комбина́тора (accusative animate singular)
комбина́торов (accusative animate plural)
комбина́тор (accusative inanimate singular)
комбина́торы (accusative inanimate plural)
комбина́тором (instrumental singular)
комбина́торами (instrumental plural)
комбина́торе (prepositional singular)
комбина́торах (plural prepositional)


комбинатор

sh-noun

комбѝна̄тор m (Latin spelling kombìnātor)

комбѝна̄тор (canonical masculine)
kombìnātor (romanization)
комбинатор (nominative singular)
комбинатори (nominative plural)
комбинатора (genitive singular)
комбинатора (genitive plural)
комбинатору (dative singular)
комбинаторима (dative plural)
комбинатора (accusative singular)
комбинаторе (accusative plural)
комбинаторе (singular vocative)
комбинатори (plural vocative)
комбинатору (locative singular)
комбинаторима (locative plural)
комбинатором (instrumental singular)
комбинаторима (instrumental plural)

sh-decl-noun

комбинаторима

комбинаторима

комбинатором

комбинаторима

ком‧би‧на‧тор


subhistory

LL-Q1860 (eng)-Flame, not lame-subhistory.wav

(computer science) A history (sequence of events or actions) making up part of a larger history.


MWE

(computer science) Initialism of minimal working example.


OCP

Open Closed Principle
open/closed principle#English

(computer science, programming) Initialism of Open Closed Principle.


szyfrowanie

szyfrowanie (nominative singular)
szyfrowania (nominative plural)
szyfrowania (genitive singular)
szyfrowań (genitive plural)
szyfrowaniu (dative singular)
szyfrowaniom (dative plural)
szyfrowanie (accusative singular)
szyfrowania (accusative plural)
szyfrowaniem (instrumental singular)
szyfrowaniami (instrumental plural)
szyfrowaniu (locative singular)
szyfrowaniach (locative plural)
szyfrowanie (singular vocative)
szyfrowania (plural vocative)

(computer science) encryption (act of encrypting)

(computer science) encryption (specific method of encrypting)


pumping lemma

en-noun

pumping lemma (plural pumping lemmas or pumping lemmata)

pumping lemmas (plural)
pumping lemmata (plural)

There is a pumping lemma for CFLs similar to the one for regular sets. It can be used in the same way to show that certain sets are not context-free.

1997, Dexter Kozen, Automata and computability, page 148:

In the literature one finds many pumping lemmas which describe the ability to repeat (pump) certain words repeatedly in some languages, under different circumstances.

2002, Alejandro Maass, Servet Martínez, Jaime San Martín, Dynamics and randomness, page 174:

String-language hierarchies are usually proven using formalism-specific pumping lemmata.

2010, Marco Kuhlmann, Dependency Structures and Lexicalized Grammars: An Algebraic Approach, page 107:

(computer science) A lemma which states that for a language to be a member of a language class any sufficiently long string in the language contains a section that can be removed or repeated any number of times with the resulting string remaining in the language, used to determine if a particular language is in a given language class (e.g. not regular).

dælusetning

lemma stating that a section of a string can be removed or repeated with the resulting string remaining in the language


ontologiczny

pl-adj

ontologiczny (not comparable, derived adverb ontologicznie)

ontologiczny (masculine nominative singular)
ontologiczna (feminine nominative singular)
ontologiczne (neuter nominative singular)
ontologiczni (nominative plural virile)
ontologiczne (nominative plural)
ontologicznego (genitive masculine singular)
ontologicznej (feminine genitive singular)
ontologicznego (genitive neuter singular)
ontologicznych (genitive plural)
ontologicznych (genitive plural virile)
ontologicznemu (dative masculine singular)
ontologicznej (dative feminine singular)
ontologicznemu (dative neuter singular)
ontologicznym (dative plural)
ontologicznym (dative plural virile)
ontologicznego (accusative animate masculine singular)
ontologiczny (accusative inanimate masculine singular)
ontologiczną (accusative feminine singular)
ontologiczne (accusative neuter singular)
ontologicznych (accusative plural virile)
ontologiczne (accusative plural)
ontologicznym (instrumental masculine singular)
ontologiczną (feminine instrumental singular)
ontologicznym (instrumental neuter singular)
ontologicznymi (instrumental plural)
ontologicznymi (instrumental plural virile)
ontologicznym (locative masculine singular)
ontologicznej (feminine locative singular)
ontologicznym (locative neuter singular)
ontologicznych (locative plural)
ontologicznych (locative plural virile)

(computer science, information science, relational) ontological (related to the system model in computer science)


loop invariant

(computer science) an invariant that should be true on entry into a loop and is guaranteed to remain true on every iteration of the loop

lykkjuóbreyta

invariant guaranteed to remain true on every iteration of a loop


ciseal

head

ciseal m (genitive singular cisil, nominative plural cisil)

cisil (genitive singular)
cisil (nominative plural)
nominative (indefinite)
ciseal (indefinite singular)
cisil (indefinite plural)
vocative (indefinite)
a chisil (indefinite singular)
a chiseala (indefinite plural)
genitive (indefinite)
cisil (indefinite singular)
ciseal (indefinite plural)
dative (indefinite)
nominative (definite)
an ciseal (definite singular)
na cisil (definite plural)
genitive (definite)
an chisil (definite singular)
na gciseal (definite plural)
dative (definite)
leis an gciseal (definite singular)
don chiseal (definite singular)
leis na cisil (definite plural)
ciseal
chiseal
gciseal

(geology, biology, computer science) stratum


bithfhaisnéisíocht

bithfhaisnéisíocht f (genitive singular bithfhaisnéisíochta)

bithfhaisnéisíochta (genitive singular)
nominative (indefinite)
bithfhaisnéisíocht (indefinite singular)
vocative (indefinite)
a bhithfhaisnéisíocht (indefinite singular)
genitive (indefinite)
bithfhaisnéisíochta (indefinite singular)
dative (indefinite)
nominative (definite)
an bhithfhaisnéisíocht (definite singular)
genitive (definite)
na bithfhaisnéisíochta (definite singular)
dative (definite)
leis an mbithfhaisnéisíocht (definite singular)
don bhithfhaisnéisíocht (definite singular)
bithfhaisnéisíocht
bhithfhaisnéisíocht
mbithfhaisnéisíocht

(biology, computer science) bioinformatics


polamorfacht

polamorfacht f (genitive singular polamorfachta)

polamorfachta (genitive singular)
nominative (indefinite)
polamorfacht (indefinite singular)
vocative (indefinite)
a pholamorfacht (indefinite singular)
genitive (indefinite)
polamorfachta (indefinite singular)
dative (indefinite)
nominative (definite)
an pholamorfacht (definite singular)
genitive (definite)
na polamorfachta (definite singular)
dative (definite)
leis an bpolamorfacht (definite singular)
don pholamorfacht (definite singular)
polamorfacht
pholamorfacht
bpolamorfacht

From pola- (“poly-”) + -morfacht (“-morphism”).

af

(chemistry, computer science) polymorphism


anamorfacht

head

anamorfacht f (genitive singular anamorfachta, nominative plural anamorfachtaí)

anamorfachta (genitive singular)
anamorfachtaí (nominative plural)
nominative (indefinite)
anamorfacht (indefinite singular)
anamorfachtaí (indefinite plural)
vocative (indefinite)
a anamorfacht (indefinite singular)
a anamorfachtaí (indefinite plural)
genitive (indefinite)
anamorfachta (indefinite singular)
dative (indefinite)
nominative (definite)
an anamorfacht (definite singular)
na hanamorfachtaí (definite plural)
genitive (definite)
na hanamorfachta (definite singular)
na n-anamorfachtaí (definite plural)
dative (definite)
leis an anamorfacht (definite singular)
don anamorfacht (definite singular)
leis na hanamorfachtaí (definite plural)
anamorfacht
n-anamorfacht
hanamorfacht

From ana- (“ana-”) + -morfacht (“-morphism”), a calque of English anamorphism.


iseamorfacht

iseamorfacht f (genitive singular iseamorfachta)

iseamorfachta (genitive singular)
nominative (indefinite)
iseamorfacht (indefinite singular)
vocative (indefinite)
a iseamorfacht (indefinite singular)
genitive (indefinite)
iseamorfachta (indefinite singular)
dative (indefinite)
nominative (definite)
an iseamorfacht (definite singular)
genitive (definite)
na hiseamorfachta (definite singular)
dative (definite)
leis an iseamorfacht (definite singular)
don iseamorfacht (definite singular)
iseamorfacht
n-iseamorfacht
hiseamorfacht


informatyk

pl-noun

informatyk m pers (female equivalent informatyczka)

informatyczka (feminine)
informatyk (nominative singular)
informatycy (nominative plural)
informatyki (derogatory nominative plural)
informatyka (genitive singular)
informatyków (genitive plural)
informatykowi (dative singular)
informatykom (dative plural)
informatyka (accusative singular)
informatyków (accusative plural)
informatykiem (instrumental singular)
informatykami (instrumental plural)
informatyku (locative singular)
informatykach (locative plural)
informatyku (singular vocative)
informatycy (plural vocative)

Back-formation from informatyka. Compare German Informatiker and Russian информа́тик (informátik).

(computer science) computer scientist (IT specialist)

(computer science, education) computer science teacher


pattern matching

(computer science) the act of checking some sequence of tokens for the presence of the constituents of a pattern

hahmonsovitus

computer science: act of checking tokens for patterns


mátun

is-noun

mátun f (genitive singular mátunar, nominative plural mátanir)

mátunar (genitive singular)
mátanir (nominative plural)
mátun (indefinite nominative singular)
mátunin (definite nominative singular)
mátanir (indefinite nominative plural)
mátanirnar (definite nominative plural)
mátun (accusative indefinite singular)
mátunina (accusative definite singular)
mátanir (accusative indefinite plural)
mátanirnar (accusative definite plural)
mátun (dative indefinite singular)
mátuninni (dative definite singular)
mátunum (dative indefinite plural)
mátununum (dative definite plural)
mátunar (genitive indefinite singular)
mátunarinnar (definite genitive singular)
mátana (genitive indefinite plural)
mátananna (definite genitive plural)

mátunarbúnaður

miscellaneous matching and tuning devices


oibríocht

head

oibríocht f (genitive singular oibríochta, nominative plural oibríochtaí)

oibríochta (genitive singular)
oibríochtaí (nominative plural)
nominative (indefinite)
oibríocht (indefinite singular)
oibríochtaí (indefinite plural)
vocative (indefinite)
a oibríocht (indefinite singular)
a oibríochtaí (indefinite plural)
genitive (indefinite)
oibríochta (indefinite singular)
dative (indefinite)
nominative (definite)
an oibríocht (definite singular)
na hoibríochtaí (definite plural)
genitive (definite)
na hoibríochta (definite singular)
na n-oibríochtaí (definite plural)
dative (definite)
leis an oibríocht (definite singular)
don oibríocht (definite singular)
leis na hoibríochtaí (definite plural)
oibríocht
n-oibríocht
hoibríocht

(computer science, mathematics, military) operation


enaction

en-noun

enaction (usually uncountable, plural enactions)

An appreciation of the power of enaction in our understandings of the mind will throw into relief the question of motivations and goals.

2005, Ralph D. Ellis, Natika Newton, Consciousness & Emotion: Agency, conscious choice, and selective perception:

The processes that underlie the organization and honing of these skills operate over a wide range of timescales, which include the enaction of a particular perceptual act at one end and the lifetime development of perception-action capabilities at the other.

2017, Ezequiel A. Di Paolo, Thomas Buhrmann, Xabier E. Barandiaran, Sensorimotor Life: An Enactive Proposal, page 76:

The first mention of enaction as a history of couplings that bring forth a world referred to the activity of "sensorimotor networks". (Varela et al. 1991)

2018, Ezequiel A. Di Paolo, Elena Clare Cuffari, Hanne De Jaegher, Linguistic Bodies: The Continuity between Life and Language:

Third, drawing on enaction and embodiment gives us the means for considering actions taken in response to musical sounds as sufficient for cognition, and thus constitutive of listeners' musical understanding.

2019, Mariusz Kozak, Enacting Musical Time: The Bodily Experience of New Music, page 54:

(philosophy, cognitive science, computer science) The interpretation of consciousness or understanding as a process of meaningfully engaging and interacting with the world in a hierarchy of actions that produce reactions.


CFG

control-flow graph
control-flow graph#English

(computer science) Initialism of control-flow graph.


item set

(computer science, parsers) A set of production rules which have an identical sequence of symbols between the right arrow (→) and the dot (•).


Bioinformatik

de-noun

Bioinformatik f (genitive Bioinformatik, plural Bioinformatiken)

Bioinformatik (genitive)
Bioinformatiken (plural)
Bioinformatik (nominative singular)
Bioinformatiken (definite nominative plural)
Bioinformatik (genitive singular)
Bioinformatiken (definite genitive plural)
Bioinformatik (dative singular)
Bioinformatiken (dative definite plural)
Bioinformatik (accusative singular)
Bioinformatiken (accusative definite plural)


biyoenformatik

head

biyoenformatik (definite accusative biyoenformatiği, plural biyoenformatikler)

biyoenformatiği (accusative definite)
biyoenformatikler (plural)


ad-hoc polymorphism

en-noun

ad-hoc polymorphism (usually uncountable, plural ad-hoc polymorphisms)

(computer science) A kind of polymorphism where polymorphic functions can be applied to arguments of different types, as they can denote a number of distinct and potentially heterogeneous implementations depending on the types of argument to which they are applied.


inclusion polymorphism

inclusion polymorphism (plural inclusion polymorphisms)

subtype polymorphism
subtype polymorphism#English

(computer science) Synonym of subtype polymorphism


ointeolaíocht

head

ointeolaíocht f (genitive singular ointeolaíochta, nominative plural ointeolaíochtaí)

ointeolaíochta (genitive singular)
ointeolaíochtaí (nominative plural)
nominative (indefinite)
ointeolaíocht (indefinite singular)
ointeolaíochtaí (indefinite plural)
vocative (indefinite)
a ointeolaíocht (indefinite singular)
a ointeolaíochtaí (indefinite plural)
genitive (indefinite)
ointeolaíochta (indefinite singular)
dative (indefinite)
nominative (definite)
an ointeolaíocht (definite singular)
na hointeolaíochtaí (definite plural)
genitive (definite)
na hointeolaíochta (definite singular)
na n-ointeolaíochtaí (definite plural)
dative (definite)
leis an ointeolaíocht (definite singular)
don ointeolaíocht (definite singular)
leis na hointeolaíochtaí (definite plural)
ointeolaíocht
n-ointeolaíocht
hointeolaíocht

From Ancient Greek ὤν, ὄντος (ṓn, óntos, “being, existing, essence”) + eolaíocht (“science”).


nárthacht

head

nárthacht f (genitive singular nárthachta)

nárthachta (genitive singular)
nominative (indefinite)
nárthacht (indefinite singular)
vocative (indefinite)
a nárthacht (indefinite singular)
genitive (indefinite)
nárthachta (indefinite singular)
dative (indefinite)
nominative (definite)
an nárthacht (definite singular)
genitive (definite)
na nárthachta (definite singular)
dative (definite)
leis an nárthacht (definite singular)
don nárthacht (definite singular)

(logic, mathematics, computer science) arity


case-dependent

(computer science) Alternative spelling of case dependent


cuckoo hashing

Referring to the behaviour of some cuckoo chicks, which push other eggs or young out of the nest.

(computer science) A scheme for resolving hash collisions, using two hash functions instead of one, and allowing a newly inserted key to "kick out" any existing key at the same index.


testgetriebene Entwicklung

de-noun

testgetriebene Entwicklung f (definite nominative die testgetriebene Entwicklung, genitive testgetriebener Entwicklung, definite genitive der testgetriebenen Entwicklung, no plural)

die testgetriebene Entwicklung (definite nominative)
testgetriebener Entwicklung (genitive)
der testgetriebenen Entwicklung (definite genitive)
testgetriebene Entwicklung (nominative strong)
testgetriebener Entwicklung (genitive strong)
testgetriebener Entwicklung (dative strong)
testgetriebene Entwicklung (accusative strong)
testgetriebene Entwicklung (nominative weak)
testgetriebenen Entwicklung (genitive weak)
testgetriebenen Entwicklung (dative weak)
testgetriebene Entwicklung (accusative weak)
testgetriebene Entwicklung (mixed nominative)
testgetriebenen Entwicklung (genitive mixed)
testgetriebenen Entwicklung (dative mixed)
testgetriebene Entwicklung (accusative mixed)

test-driven development
test-driven development

(computer science) test-driven development


SDLC

(computer science) Initialism of software development lifecycle.


sert disk

head

sert disk (definite accusative sert diski, plural sert diskler)

sert diski (accusative definite)
sert diskler (plural)
sert disk (nominative singular)
sert diskler (nominative plural)
sert diski (accusative definite singular)
sert diskleri (accusative definite plural)
sert diske (dative singular)
sert disklere (dative plural)
sert diskte (locative singular)
sert disklerde (locative plural)
sert diskten (ablative singular)
sert disklerden (ablative plural)
sert diskin (genitive singular)
sert disklerin (genitive plural)
sert diskim (first-person nominative singular)
sert disklerim (first-person nominative singular)
sert diskin (nominative second-person singular)
sert disklerin (nominative second-person singular)
sert diski (nominative singular third-person)
sert diskleri (nominative singular third-person)
sert diskimiz (first-person nominative plural)
sert disklerimiz (first-person nominative plural)
sert diskiniz (nominative plural second-person)
sert diskleriniz (nominative plural second-person)
sert diskleri (nominative plural third-person)
sert diskimi (accusative definite first-person singular)
sert disklerimi (accusative definite first-person singular)
sert diskini (accusative definite second-person singular)
sert disklerini (accusative definite second-person singular)
sert diskini (accusative definite singular third-person)
sert disklerini (accusative definite singular third-person)
sert diskimizi (accusative definite first-person plural)
sert disklerimizi (accusative definite first-person plural)
sert diskinizi (accusative definite plural second-person)
sert disklerinizi (accusative definite plural second-person)
sert disklerini (accusative definite plural third-person)
sert diskime (dative first-person singular)
sert disklerime (dative first-person singular)
sert diskine (dative second-person singular)
sert disklerine (dative second-person singular)
sert diskine (dative singular third-person)
sert disklerine (dative singular third-person)
sert diskimize (dative first-person plural)
sert disklerimize (dative first-person plural)
sert diskinize (dative plural second-person)
sert disklerinize (dative plural second-person)
sert disklerine (dative plural third-person)
sert diskimde (first-person locative singular)
sert disklerimde (first-person locative singular)
sert diskinde (locative second-person singular)
sert disklerinde (locative second-person singular)
sert diskinde (locative singular third-person)
sert disklerinde (locative singular third-person)
sert diskimizde (first-person locative plural)
sert disklerimizde (first-person locative plural)
sert diskinizde (locative plural second-person)
sert disklerinizde (locative plural second-person)
sert disklerinde (locative plural third-person)
sert diskimden (ablative first-person singular)
sert disklerimden (ablative first-person singular)
sert diskinden (ablative second-person singular)
sert disklerinden (ablative second-person singular)
sert diskinden (ablative singular third-person)
sert disklerinden (ablative singular third-person)
sert diskimizden (ablative first-person plural)
sert disklerimizden (ablative first-person plural)
sert diskinizden (ablative plural second-person)
sert disklerinizden (ablative plural second-person)
sert disklerinden (ablative plural third-person)
sert diskimin (first-person genitive singular)
sert disklerimin (first-person genitive singular)
sert diskinin (genitive second-person singular)
sert disklerinin (genitive second-person singular)
sert diskinin (genitive singular third-person)
sert disklerinin (genitive singular third-person)
sert diskimizin (first-person genitive plural)
sert disklerimizin (first-person genitive plural)
sert diskinizin (genitive plural second-person)
sert disklerinizin (genitive plural second-person)
sert disklerinin (genitive plural third-person)


Basisdaten

de-noun

Basisdaten n pl (plural only, singular Basisdatum)

Basisdatum (singular)
Basisdaten (definite nominative plural)
Basisdaten (definite genitive plural)
Basisdaten (dative definite plural)
Basisdaten (accusative definite plural)

Eine Auskunft über den Inhaber einer dynamischen (oder auch einer statischen, also fest zugewiesenen) IP-Adresse greift nicht in das Grundrechtaus Art. 10 GG ein. Ihr Gegenstand sind unmittelbar nicht Inhalt oder Umstände eines konkreten Telekommunikationsvorgangs. Sie bezieht sich vielmehr auf eine bestimmte Person und damit ein Basisdatum des Vertragsverhältnisses zwischen dem Provider und seinem Kunden.

2009, Matthias Bäcker, “Die Vertraulichkeit der Internetkommunikation”, in Linien der Rechtsprechung des Bundesverfassungsgerichts - erörtert von den wissenschaftlichen Mitarbeiterinnen und Mitarbeitern, volume 1, De Gruyter, →DOI, page 112:

(plural only, computer science) basic data


iseamorfach

nominative (positive)
iseamorfach (masculine singular)
iseamorfacha (plural)
vocative (positive)
genitive (positive)
iseamorfaí (feminine singular)
iseamorfacha (plural strong)
iseamorfach (plural weak)
dative (positive)
iseamorfach (feminine singular)
iseamorfaigh (archaic feminine singular)
níos iseamorfaí (comparative)
is iseamorfaí (superlative)
iseamorfach
n-iseamorfach
hiseamorfach


nód

head

nód m (genitive singular nóid, nominative plural nóid)

nóid (genitive singular)
nóid (nominative plural)
nominative (indefinite)
nód (indefinite singular)
nóid (indefinite plural)
vocative (indefinite)
a nóid (indefinite singular)
a nóda (indefinite plural)
genitive (indefinite)
nóid (indefinite singular)
nód (indefinite plural)
dative (indefinite)
nominative (definite)
an nód (definite singular)
na nóid (definite plural)
genitive (definite)
an nóid (definite singular)
na nód (definite plural)
dative (definite)
leis an nód (definite singular)
don nód (definite singular)
leis na nóid (definite plural)

Borrowed from English node, from Latin nōdus.

(astronomy, botany, computer science, music, medicine) node


centipawn

(computer chess) One hundredth of the value of a pawn, especially for calculation purposes in computer chess.


(computer science) blank symbol, used in Turing machine diagrams


(a) (rare) egressive airstream mechanism when used with a letter for an ingressive sound, e.g. [ʘ↑]

(b) exhalation when used alone, [↑].

(number theory, computer science) exponentiation


insertion sort

en-noun

insertion sort (countable and uncountable, plural insertion sorts)

(computer science) A sorting algorithm that performs its task by inserting new items into a pre-existing sorted data structure.


supercombinator

LL-Q1860 (eng)-Flame, not lame-supercombinator.wav

Supercombinators are used in the implementation of functional languages.

(computer science) A mathematical expression which is fully bound and self-contained. It may be either a constant or a combinator where all the subexpressions are supercombinators.


bioinformática

pt-noun

bioinformática f (plural bioinformáticas)

(biology, computer science) bioinformatics (field of science)


estrutura de dados

estrutura de dados f (plural estruturas de dados)

(computer science) data structure (organisation of data)


binääri

binääri (nominative singular)
binäärit (nominative plural)
binääri (accusative nominative singular)
binäärit (accusative nominative plural)
binäärin (accusative genitive singular)
binäärit (accusative genitive plural)
binäärin (genitive singular)
binäärien (genitive plural)
binääriä (partitive singular)
binäärejä (partitive plural)
binäärissä (inessive singular)
binääreissä (inessive plural)
binääristä (elative singular)
binääreistä (elative plural)
binääriin (illative singular)
binääreihin (illative plural)
binäärillä (adessive singular)
binääreillä (adessive plural)
binääriltä (ablative singular)
binääreiltä (ablative plural)
binäärille (allative singular)
binääreille (allative plural)
binäärinä (essive singular)
binääreinä (essive plural)
binääriksi (singular translative)
binääreiksi (plural translative)
binäärittä (abessive singular)
binääreittä (abessive plural)
binäärein (instructive plural)
See the possessive forms below. (comitative)
binäärini (nominative singular)
binäärini (nominative plural)
binäärini (accusative nominative singular)
binäärini (accusative nominative plural)
binäärini (accusative genitive singular)
binäärini (accusative genitive plural)
binäärini (genitive singular)
binäärieni (genitive plural)
binääriäni (partitive singular)
binäärejäni (partitive plural)
binäärissäni (inessive singular)
binääreissäni (inessive plural)
binääristäni (elative singular)
binääreistäni (elative plural)
binääriini (illative singular)
binääreihini (illative plural)
binäärilläni (adessive singular)
binääreilläni (adessive plural)
binääriltäni (ablative singular)
binääreiltäni (ablative plural)
binäärilleni (allative singular)
binääreilleni (allative plural)
binäärinäni (essive singular)
binääreinäni (essive plural)
binäärikseni (singular translative)
binääreikseni (plural translative)
binäärittäni (abessive singular)
binääreittäni (abessive plural)
binääreineni (comitative plural)
binäärisi (nominative singular)
binäärisi (nominative plural)
binäärisi (accusative nominative singular)
binäärisi (accusative nominative plural)
binäärisi (accusative genitive singular)
binäärisi (accusative genitive plural)
binäärisi (genitive singular)
binääriesi (genitive plural)
binääriäsi (partitive singular)
binäärejäsi (partitive plural)
binäärissäsi (inessive singular)
binääreissäsi (inessive plural)
binääristäsi (elative singular)
binääreistäsi (elative plural)
binääriisi (illative singular)
binääreihisi (illative plural)
binäärilläsi (adessive singular)
binääreilläsi (adessive plural)
binääriltäsi (ablative singular)
binääreiltäsi (ablative plural)
binäärillesi (allative singular)
binääreillesi (allative plural)
binäärinäsi (essive singular)
binääreinäsi (essive plural)
binääriksesi (singular translative)
binääreiksesi (plural translative)
binäärittäsi (abessive singular)
binääreittäsi (abessive plural)
binääreinesi (comitative plural)
binäärimme (nominative singular)
binäärimme (nominative plural)
binäärimme (accusative nominative singular)
binäärimme (accusative nominative plural)
binäärimme (accusative genitive singular)
binäärimme (accusative genitive plural)
binäärimme (genitive singular)
binääriemme (genitive plural)
binääriämme (partitive singular)
binäärejämme (partitive plural)
binäärissämme (inessive singular)
binääreissämme (inessive plural)
binääristämme (elative singular)
binääreistämme (elative plural)
binääriimme (illative singular)
binääreihimme (illative plural)
binäärillämme (adessive singular)
binääreillämme (adessive plural)
binääriltämme (ablative singular)
binääreiltämme (ablative plural)
binäärillemme (allative singular)
binääreillemme (allative plural)
binäärinämme (essive singular)
binääreinämme (essive plural)
binääriksemme (singular translative)
binääreiksemme (plural translative)
binäärittämme (abessive singular)
binääreittämme (abessive plural)
binääreinemme (comitative plural)
binäärinne (nominative singular)
binäärinne (nominative plural)
binäärinne (accusative nominative singular)
binäärinne (accusative nominative plural)
binäärinne (accusative genitive singular)
binäärinne (accusative genitive plural)
binäärinne (genitive singular)
binäärienne (genitive plural)
binääriänne (partitive singular)
binäärejänne (partitive plural)
binäärissänne (inessive singular)
binääreissänne (inessive plural)
binääristänne (elative singular)
binääreistänne (elative plural)
binääriinne (illative singular)
binääreihinne (illative plural)
binäärillänne (adessive singular)
binääreillänne (adessive plural)
binääriltänne (ablative singular)
binääreiltänne (ablative plural)
binäärillenne (allative singular)
binääreillenne (allative plural)
binäärinänne (essive singular)
binääreinänne (essive plural)
binääriksenne (singular translative)
binääreiksenne (plural translative)
binäärittänne (abessive singular)
binääreittänne (abessive plural)
binääreinenne (comitative plural)
binäärinsä (nominative singular)
binäärinsä (nominative plural)
binäärinsä (accusative nominative singular)
binäärinsä (accusative nominative plural)
binäärinsä (accusative genitive singular)
binäärinsä (accusative genitive plural)
binäärinsä (genitive singular)
binääriensä (genitive plural)
binääriään (partitive singular)
binääriänsä (partitive singular)
binäärejään (partitive plural)
binäärejänsä (partitive plural)
binäärissään (inessive singular)
binäärissänsä (inessive singular)
binääreissään (inessive plural)
binääreissänsä (inessive plural)
binääristään (elative singular)
binääristänsä (elative singular)
binääreistään (elative plural)
binääreistänsä (elative plural)
binääriinsä (illative singular)
binääreihinsä (illative plural)
binäärillään (adessive singular)
binäärillänsä (adessive singular)
binääreillään (adessive plural)
binääreillänsä (adessive plural)
binääriltään (ablative singular)
binääriltänsä (ablative singular)
binääreiltään (ablative plural)
binääreiltänsä (ablative plural)
binäärilleen (allative singular)
binäärillensä (allative singular)
binääreilleen (allative plural)
binääreillensä (allative plural)
binäärinään (essive singular)
binäärinänsä (essive singular)
binääreinään (essive plural)
binääreinänsä (essive plural)
binäärikseen (singular translative)
binääriksensä (singular translative)
binääreikseen (plural translative)
binääreiksensä (plural translative)
binäärittään (abessive singular)
binäärittänsä (abessive singular)
binääreittään (abessive plural)
binääreittänsä (abessive plural)
binääreineen (comitative plural)
binääreinensä (comitative plural)

(computer slang) binary (executable computer file)


memoizable

(computer science) Suitable for memoization.


Merkle tree

Named after American computer scientist Ralph Merkle (1952–), who patented it in 1979.

named-after

2001, Josep Domingo-Ferrer, Mobile Agent Route Protection through Hash-Based Mechanisms, C. Pandu Rangan, Cunsheng Ding (editors), Progress in Cryptology - INDOCRYPT 2001: 2nd International Conference, Proceedings, Volume 2, Springer, LNCS 2247, page 17,
The second solution uses Merkle trees and minimizes the cost of route protection by the agent owner, so that a single digital signature suffices to protect the whole route; for hosts along the route, the verification cost is similar to the cost of previous schemes in the literature, namely one digital signature verification per route step.

2004, Michael Szydlo, Merkle Tree Traversal in Log Space and Time, Christian Cachin, Jan Camenisch (editors), Advances in Cryptology - EUROCRYPT 2004: International Conference, Proceedings, Springer, LNCS 3027, page 541,
Merkle trees have found many uses in theoretical cryptographic constructions, having been specifically designed so that a leaf value can be verified with respect to a publicly known root value and the authentication data of the leaf.

In order to support dynamic data operations, the Merkle Tree is made dynamic by making use of relative index.

2015, Puonam M. Pardeshi, Bharat Tidke, “Improvement of Data Integrity and Data Dynamics for Data Storage Security in Cloud Computing”, in J. K. Mandal, Suresh Chandra Satapathy, Manas Kumar Sanyal, Partha Pratim Sarkar, Anirban Mukhopadhyay, editors, Information Systems Design and Intelligent Applications, Proceedings of 2nd International Conference, Volume 1, Springer, page 279:

(computer science, cryptography) A binary hash tree.


сброс

ru-noun+

сброс • (sbros) m inan (genitive сбро́са, nominative plural сбро́сы, genitive plural сбро́сов)

sbros (romanization)
сбро́са (genitive)
сбро́сы (nominative plural)
сбро́сов (genitive plural)
сбро́с (nominative singular)
сбро́сы (nominative plural)
сбро́са (genitive singular)
сбро́сов (genitive plural)
сбро́су (dative singular)
сбро́сам (dative plural)
сбро́с (accusative singular)
сбро́сы (accusative plural)
сбро́сом (instrumental singular)
сбро́сами (instrumental plural)
сбро́се (prepositional singular)
сбро́сах (plural prepositional)

(computer science) reset, resetting, clearance, nulling, nullification, zeroing


空間計算量

ja-noun

空(くう)間(かん)計(けい)算(さん)量(りょう) • (kūkankeisanryō)

空間計算量 (canonical)
kūkankeisanryō (romanization)

時間 (kūkan, “space”) + 計算量 (keisanryō, “computational complexity”)

compound

時間計算量

時間計算量 じかんけいさんりょう


時間計算量

ja-noun

時(じ)間(かん)計(けい)算(さん)量(りょう) • (jikankeisanryō)

時間計算量 (canonical)
jikankeisanryō (romanization)

時間 (jikan, “time”) + 計算量 (keisanryō, “computational complexity”)

compound

空間計算量

空間計算量 くうかんけいさんりょう


DTIME

(computer science) A class of problems solvable by a deterministic Turing machine in given asymptotic time.


(computer science) modified subtraction, cutoff subtraction: a binary operator which evaluates to the difference between its operands if it is non-negative, and to 0 otherwise


DSPACE

(computer science) A class of problems solvable by a deterministic Turing machine in a given asymptotic amount of space.


MSO

(logic, computer science) Monadic second-order logic.


虛函數

/ɕy⁵⁵ xän³⁵ ʂu⁵¹/

/ɕy⁵⁵ xän³⁵ ʂu⁵¹/


thuật toán

[tʰwət̚˧˨ʔ twaːn˧˦]

[tʰwək̚˨˩ʔ twaːŋ˦˧˥]

[tʰ⁽ʷ⁾ək̚˨˩˨ t⁽ʷ⁾aːŋ˦˥]

Unknown. Perhaps nativized from Chinese 算術 /算术 (toán thuật, “arithmetic”), or a calque of Chinese 算法 (toán pháp, “algorithm”).


convex function

en-noun

convex function (plural convex functions)

(computer science) A mathematical function where the line segment between any two points on the graph of the function lies above the graph in a vector space of at least two dimensions.


concave function

concave function (plural concave functions)

(computer science) The negative of the convex function.


set function

(computer science) A mathematical function whose input is a set (usually of real numbers or a set of points in the Euclidean or some measure space), and whose output is usually a number.


linguística computacional

pt-noun

linguística computacional f (uncountable)

(linguistics, computer science) computational linguistics (field dealing with the rule-based modelling of natural language)


burstiness

en-noun

burstiness (countable and uncountable, plural burstinesses)

LL-Q1860 (eng)-Flame, not lame-burstiness.wav

In each case, the process presents complex dynamic patterns including temporal correlations, burstiness, and all other types of nonstationarity.

2015 July 11, “Local Variation of Hashtag Spike Trains and Popularity in Twitter”, in PLOS ONE, →DOI:

(computer science) The degree to which something occurs in abrupt bursts


двоичный

ru-adj

двои́чный • (dvoíčnyj)

двои́чный (canonical)
dvoíčnyj (romanization)
двои́чный (masculine nominative)
двои́чное (neuter nominative)
двои́чная (feminine nominative)
двои́чные (nominative plural)
двои́чного (genitive masculine neuter)
двои́чной (feminine genitive)
двои́чных (genitive plural)
двои́чному (dative masculine neuter)
двои́чной (dative feminine)
двои́чным (dative plural)
двои́чного (accusative animate masculine)
двои́чное (accusative neuter)
двои́чную (accusative feminine)
двои́чных (accusative animate plural)
двои́чный (accusative inanimate masculine)
двои́чные (accusative inanimate plural)
двои́чным (instrumental masculine neuter)
двои́чной (feminine instrumental)
двои́чною (feminine instrumental)
двои́чными (instrumental plural)
двои́чном (masculine neuter prepositional)
двои́чной (feminine prepositional)
двои́чных (plural prepositional)

дво́иц(а) (dvóic(a), “pair; couple”) [ц → ч] + -ный (-nyj)

двои́чный код

(mathematics, programming, computer engineering) binary, binomial


treap

LL-Q1860 (eng)-Flame, not lame-treap.wav

(computer science) A type of randomized binary search tree where nodes are labelled with randomly chosen priority values and which is simultaneously a heap on those priorities


aridade

(logic, mathematics, computer science) arity (number of arguments a function takes)


downtrace

LL-Q1860 (eng)-Flame, not lame-downtrace.wav

B2 processing occurs when the subtree is in the downtrace of an attribute in X.

1971, Jack Minker, Proceedingsof the Symposium on Information Storage and Retrieval, page 141:

The query algorithm mainly includes uptrace and downtrace methods.

2003, J Wu, Q Ding, “ATRAM-An Analysis Tool of Requirement and Architecture Management”, in Systems, Man and Cybernetics:

ΞA and ΞB are two downtraces […] from the two graphs. (Ξ_A ∩ Ξ_B) is the intersection between the two downtraces.

2010, Dirk Ifenthaler, Pablo Pirnay-Dummer, Norbert M. Seel, Computer-Based Diagnostics and Systematic Analysis of Knowledge, →ISBN:

For every single trace there is a downtrace with each individual degree being between 2 < |fif| < |v|, such that all possible combinations beneath the previously entailed degrees are generated by the function Ξ.

2010, Pablo Pirnay-Dummer, “Complete structure comparison”, in Computer-based diagnostics and systematic analysis of knowledge:

(computer science) The subtree of a tree structure that is determined by an attribute of a parent node.


ulp

Abbreviation of unit in the last place or unit of least precision, coined in 1960 by Canadian mathematician and computer scientist William Kahan (born 1933).

The basic concept of two vectors "agreeing to k ulps" (units in the last place) of each entry or of the largest entry allows us to express relationships among computed values and solutions at perturbed data.

1980, Webb Miller, Celia Wrathall, “Software for Roundoff Analysis”, in Software for Roundoff Analysis of Matrix Algorithms, New York, N.Y., London: Academic Press, →ISBN, section 4.2 (Rounding and Perturbations of the Computational Problem), page 86:

Floating point operations are correct to within half an ulp, and the calculation of uvw by two floating point multiplications will be correct within about one ulp (ignoring second-order terms).

1981, Donald E[rvin] Knuth, “Arithmetic”, in The Art of Computer Programming (Addison-Wesley Series in Computer Science and Information Processing), 2nd edition, volume 2 (Seminumerical Algorithms), Reading, Mass.: Addison-Wesley, →ISBN, page 217; 3rd edition, Reading, Mass.: Addison-Wesley, 1997, →ISBN, section 4.2.2 (Accuracy of Floating Point Arithmetic):

The difference between two consecutive machine numbers is called an ulp (unit in the last place, i.e., one digit in the least significant place). The size of an ulp varies depending on where you are in the set of machine numbers. [...] Ideally no function should ever return a result with error exceeding half of an ulp since the distance from the true result to the nearest machine number is always less than half of an ulp, the worst case being when it is exactly halfway between two machine numbers.

1996, “Numerical Mathematics”, in Victor Adamchik et al., edited by Emily Martin, Mathematica 3.0 Standard Add-on Packages, Champaign, Ill.: Wolfram Media; Cambridge, Cambridgeshire: Cambridge University Press, →ISBN, page 369:

If, instead of considering ulps of the "exact" value x, we consider ulps of the floating-point value X, we have a property that is very similar to Property 2, with the interesting difference that it now holds for any value of the radix.

2010, Jean-Michel Muller et al., “Definitions and Basic Notions”, in Handbook of Floating-Point Arithmetic, Boston, Mass., Basel: Birkhäuser, →DOI, →ISBN, section 2.6.1 (The Ulp Function), page 34:

floating-point number
floating-point number

(computer science, mathematics) The value that the least significant digit of a floating-point number represents, used as a measure of accuracy in numeric calculations.


ulp

(computer science, mathematics) ulp (“unit in the last place (unità in ultima posizione) or unit of least precision (unità di minore precisione)”)


crayon license

Crayon licenses show a lack of understanding of copyright law, license structure, and most important: what would happen if the license were to be interpreted in court.

(computer science, derogatory) A copyright public license written by nonprofessionals.


polamorfach

head

polamorfach (genitive singular masculine polamorfaigh, genitive singular feminine polamorfaí, plural polamorfacha)

polamorfaigh (genitive masculine singular)
polamorfaí (feminine genitive singular)
polamorfacha (plural)
nominative (positive)
polamorfach (masculine singular)
polamorfacha (plural)
pholamorfacha (plural)
vocative (positive)
genitive (positive)
polamorfaí (feminine singular)
polamorfacha (plural strong)
polamorfach (plural weak)
dative (positive)
pholamorfach (masculine singular)
pholamorfach (feminine singular)
pholamorfaigh (archaic feminine singular)
níos polamorfaí (comparative)
is polamorfaí (superlative)
polamorfach
pholamorfach
bpolamorfach

From pola- (“poly-”) + -morfach (“-morphic”).

(biology, biochemistry, computer science) polymorphic


informatică

informatică (accusative indefinite nominative)
informatica (accusative definite nominative)
informatici (indefinite)
informaticii (definite)
informatică (vocative)
informatico (vocative)

(computer science) computing, computer science


chunklet

(statistics, computer science) A group of data points belonging to the same constraint cluster.


constraint cluster

en-noun

constraint cluster (plural constraint clusters)

(statistics, computer science) a cluster of data points in a set conforming to the must-link and cannot-link constraints specified for each pair of data points


must-link

(statistics, computer science) Of data points: having the property that they must be clustered into the same chunklet.


cannot-link

(statistics, computer science) the property of data points that must not be clustered into the same chunklet


накатить

ru-verb

накати́ть • (nakatítʹ) pf (imperfective нака́тывать)

накати́ть (canonical)
nakatítʹ (romanization)
нака́тывать (imperfective)
накати́ть (infinitive perfective)
накати́вший (active participle past)
нака́ченный (participle passive past)
накати́в (adverbial participle past)
накати́вши (adverbial participle past)
накачу́ (first-person future singular)
нака́тишь (future second-person singular)
нака́тит (future singular third-person)
нака́тим (first-person future plural)
нака́тите (future plural second-person)
нака́тят (future plural third-person)
накати́ (imperative singular)
накати́те (imperative plural)
накати́л (masculine past singular)
накати́ли (masculine past plural)
накати́ла (feminine past singular)
накати́ли (feminine past plural)
накати́ло (neuter past singular)
накати́ли (neuter past plural)

(computer) to apply patches, including installation of updates and applying cracks


nonconcurrency

LL-Q1860 (eng)-Flame, not lame-nonconcurrency.wav

From non- + concurrency or nonconcurrent + -cy.

(computer science, by extension) A property of systems where several processes execute sequentially, not at the same time.


test odaklı geliştirme

head

test odaklı geliştirme (definite accusative test odaklı geliştirmeyi, plural test odaklı geliştirmeler)

test odaklı geliştirmeyi (accusative definite)
test odaklı geliştirmeler (plural)
test odaklı geliştirme (nominative singular)
test odaklı geliştirmeler (nominative plural)
test odaklı geliştirmeyi (accusative definite singular)
test odaklı geliştirmeleri (accusative definite plural)
test odaklı geliştirmeye (dative singular)
test odaklı geliştirmelere (dative plural)
test odaklı geliştirmede (locative singular)
test odaklı geliştirmelerde (locative plural)
test odaklı geliştirmeden (ablative singular)
test odaklı geliştirmelerden (ablative plural)
test odaklı geliştirmenin (genitive singular)
test odaklı geliştirmelerin (genitive plural)
test odaklı geliştirmem (first-person nominative singular)
test odaklı geliştirmelerim (first-person nominative singular)
test odaklı geliştirmen (nominative second-person singular)
test odaklı geliştirmelerin (nominative second-person singular)
test odaklı geliştirmesi (nominative singular third-person)
test odaklı geliştirmeleri (nominative singular third-person)
test odaklı geliştirmemiz (first-person nominative plural)
test odaklı geliştirmelerimiz (first-person nominative plural)
test odaklı geliştirmeniz (nominative plural second-person)
test odaklı geliştirmeleriniz (nominative plural second-person)
test odaklı geliştirmeleri (nominative plural third-person)
test odaklı geliştirmemi (accusative definite first-person singular)
test odaklı geliştirmelerimi (accusative definite first-person singular)
test odaklı geliştirmeni (accusative definite second-person singular)
test odaklı geliştirmelerini (accusative definite second-person singular)
test odaklı geliştirmesini (accusative definite singular third-person)
test odaklı geliştirmelerini (accusative definite singular third-person)
test odaklı geliştirmemizi (accusative definite first-person plural)
test odaklı geliştirmelerimizi (accusative definite first-person plural)
test odaklı geliştirmenizi (accusative definite plural second-person)
test odaklı geliştirmelerinizi (accusative definite plural second-person)
test odaklı geliştirmelerini (accusative definite plural third-person)
test odaklı geliştirmeme (dative first-person singular)
test odaklı geliştirmelerime (dative first-person singular)
test odaklı geliştirmene (dative second-person singular)
test odaklı geliştirmelerine (dative second-person singular)
test odaklı geliştirmesine (dative singular third-person)
test odaklı geliştirmelerine (dative singular third-person)
test odaklı geliştirmemize (dative first-person plural)
test odaklı geliştirmelerimize (dative first-person plural)
test odaklı geliştirmenize (dative plural second-person)
test odaklı geliştirmelerinize (dative plural second-person)
test odaklı geliştirmelerine (dative plural third-person)
test odaklı geliştirmemde (first-person locative singular)
test odaklı geliştirmelerimde (first-person locative singular)
test odaklı geliştirmende (locative second-person singular)
test odaklı geliştirmelerinde (locative second-person singular)
test odaklı geliştirmesinde (locative singular third-person)
test odaklı geliştirmelerinde (locative singular third-person)
test odaklı geliştirmemizde (first-person locative plural)
test odaklı geliştirmelerimizde (first-person locative plural)
test odaklı geliştirmenizde (locative plural second-person)
test odaklı geliştirmelerinizde (locative plural second-person)
test odaklı geliştirmelerinde (locative plural third-person)
test odaklı geliştirmemden (ablative first-person singular)
test odaklı geliştirmelerimden (ablative first-person singular)
test odaklı geliştirmenden (ablative second-person singular)
test odaklı geliştirmelerinden (ablative second-person singular)
test odaklı geliştirmesinden (ablative singular third-person)
test odaklı geliştirmelerinden (ablative singular third-person)
test odaklı geliştirmemizden (ablative first-person plural)
test odaklı geliştirmelerimizden (ablative first-person plural)
test odaklı geliştirmenizden (ablative plural second-person)
test odaklı geliştirmelerinizden (ablative plural second-person)
test odaklı geliştirmelerinden (ablative plural third-person)
test odaklı geliştirmemin (first-person genitive singular)
test odaklı geliştirmelerimin (first-person genitive singular)
test odaklı geliştirmenin (genitive second-person singular)
test odaklı geliştirmelerinin (genitive second-person singular)
test odaklı geliştirmesinin (genitive singular third-person)
test odaklı geliştirmelerinin (genitive singular third-person)
test odaklı geliştirmemizin (first-person genitive plural)
test odaklı geliştirmelerimizin (first-person genitive plural)
test odaklı geliştirmenizin (genitive plural second-person)
test odaklı geliştirmelerinizin (genitive plural second-person)
test odaklı geliştirmelerinin (genitive plural third-person)

(computer science) test-driven development


(mathematics, computer science) no assignment


micro-optimization

(programming, computer architecture) Optimization at the level of individual instructions and operations.


音訊

/jɐm⁵⁵ sɵn³³/

/im⁴⁴⁻²² sin²¹/

/im⁴⁴⁻²² sin²¹/

/im⁴⁴⁻³³ sin¹¹/

/im⁴⁴⁻³³ sin²¹/

/jɐm⁵⁵ sɵn³³/

/im⁴⁴⁻²² sin²¹/

/im⁴⁴⁻²² sin²¹/

/im⁴⁴⁻³³ sin¹¹/

/im⁴⁴⁻³³ sin²¹/


monomorphisation

en-noun

monomorphisation (countable and uncountable, plural monomorphisations)

We describe the formal verification stages of the compiler, which include automated formal refinement calculi, a switch from imperative update semantics to functional value semantics formally justified by the linear type system, and a number of standard compiler phases such as type checking and monomorphisation.

2016, Liam O'Connor, Christine Rizkallah, Zilin Chen, Sidney Amani, Japheth Lim, Yutaka Nagashima, Thomas Sewell, Alex Hixon, Gabriele Keller, Toby Murray, Gerwin Klein, “COGENT: Certified Compilation for a Functional Systems Language”, in arXiv:

Rust accomplishes this by performing monomorphization of the code that is using generics at compile time. Monomorphization is the process of turning generic code into specific code by filling in the concrete types that are used when compiled.

2019, Steve Klabnik, Carol Nichols, The Rust Programming Language, No Starch Press, →ISBN, page 181:

(computer science) In a compiler, the process of converting a polymorphic function to a monomorphic function, by the creation of a specialised function for each different data type it is called with.


apgrejd

apgrejd (nominative singular)
apgrejdy (nominative plural)
apgrejdu (genitive singular)
apgrejdów (genitive plural)
apgrejdowi (dative singular)
apgrejdom (dative plural)
apgrejd (accusative singular)
apgrejdy (accusative plural)
apgrejdem (instrumental singular)
apgrejdami (instrumental plural)
apgrejdzie (locative singular)
apgrejdach (locative plural)
apgrejdzie (singular vocative)
apgrejdy (plural vocative)

(colloquial, computer science) Alternative spelling of upgrade


Chomsky hierarchy

Chomsky hierarchy (plural Chomsky hierarchies)

recursively enumerable
recursively enumerable

(computer science, linguistics) A containment hierarchy of classes of formal grammars. From least to most specialized, the classes are: recursively enumerable, context-sensitive, context-free, and regular.

hierarquia de Chomsky

a containment hierarchy of classes of formal grammars


partial function application

partial function application (plural partial function applications)

partial application
partial application#English

(computer science) Alternative form of partial application


partial application

partial application (countable and uncountable, plural partial applications)

(computer science) The process of fixing a number of arguments to a function, producing another function of smaller arity.


afsplitsing

nl-noun

afsplitsing f (plural afsplitsingen, diminutive afsplitsinkje n)

afsplitsingen (plural)
afsplitsinkje (diminutive neuter)

offsplit, split (that which has been branched of)

(computer science) fork (splitting of a process)


nadmiar

nadmiar (nominative singular)
nadmiary (nominative plural)
nadmiaru (genitive singular)
nadmiarów (genitive plural)
nadmiarowi (dative singular)
nadmiarom (dative plural)
nadmiar (accusative singular)
nadmiary (accusative plural)
nadmiarem (instrumental singular)
nadmiarami (instrumental plural)
nadmiarze (locative singular)
nadmiarach (locative plural)
nadmiarze (singular vocative)
nadmiary (plural vocative)


startword

LL-Q1860 (eng)-Flame, not lame-startword.wav

In fact, a set of metarules and a set of hyperrules is given whose power exceeds by far this example and only the choice of a specific hyperrule for the startword restricts it to this example.

1981, Mathematisch Centrum (Amsterdam, Netherlands) Afdeling Informatica, Report IW - Issues 181-190:

A variation on this type of normalization consists of using a combination of startword lists and exclusion classes, e.g. remove all comparative adjectives except those in a domain list.

1992, Anne Morris -, The Application of Expert Systems in Libraries and Information Centres, →ISBN:

Suppose that the colony starts its work from startword AA and let its terminal set be {a,b,c}

1999, Andras Kornai, Extended Finite State Models of Language - Volume 1, →ISBN, page 222:

(computer science) A string of letters that identifies the beginning of a valid sequence in a specified language.


CPP

programming language
programming language

(computer science, rare, nonstandard) The C++ programming language.


running time

en-noun

running time (countable and uncountable, plural running times)

(computer science) Of an algorithm, the length of time required for it to run as a function, depending on the number of operations executed.


Floyd-Warshall algorithm

the Floyd-Warshall algorithm (canonical)

Named after Robert W. Floyd and Stephen Warshall.

(computer science, graph theory) An algorithm for finding shortest paths in a weighted graph with positive or negative edge weights (but with no negative cycles).


nodelist

bulletin board system
bulletin board system

(computer networking) A list of bulletin board systems and their connection details.


SLAM

SLAM (countable and uncountable, plural SLAMs)

simultaneous localization and mapping#English

(computer science, uncountable) Initialism of simultaneous localization and mapping.


鏈表

/li̯ɛn⁵¹ pi̯ɑʊ̯²¹⁴⁻²¹⁽⁴⁾/

/li̯ɛn⁵¹ pi̯ɑʊ̯²¹⁴⁻²¹⁽⁴⁾/


SSDL

2007, Oh & Won: Designing an architecture for social semantic digital libraries (SSDL), title:

2010, Alotaibi: Semantic web technologies for digital libraries: from libraries to social semantic digital libraries (SSDL), over semantic digital libraries (SDL), title:

Oh and Won (2007) defined the Social Semantic Digital Library (SSDL) as consisting of an ontology system and supporting user participation and collaboration

2017, Noh: A study on next-generation digital library using context-awareness technology, page 1:

social semantic digital library
social semantic digital library#English

(computer science) Initialism of social semantic digital library.


الگوریتم

head

الگوریتم • (algoritm) (plural الگوریتمها (algoritm-hâ))

algoritm (romanization)
الگوریتمها (plural)

From French algorithme, from Medieval Latin algorismus, from Arabic الخَوَارِزْمِيّ (al-ḵawārizmiyy), the nisba of Persian mathematician Muhammad ibn Musa al-Khwarizmi.

der

الخَوَارِزْمِيّ

(mathematics, computer science) algorithm

Muhammad ibn Musa al-Khwarizmi
fa:الگوریتم


ESOP

European Symposium on Programming
w:European Symposium on Programming

(computer science) Initialism of European Symposium on Programming.


作用域

/t͡su̯ɔ⁵¹⁻⁵³ jʊŋ⁵¹⁻⁵³ y⁵¹/

/t͡sɔːk̚³ jʊŋ²² wɪk̚²/

/t͡su̯ɔ⁵¹⁻⁵³ jʊŋ⁵¹⁻⁵³ y⁵¹/

/t͡sɔːk̚³ jʊŋ²² wɪk̚²/

動態作用域

动态作用域

靜態作用域

静态作用域

詞法作用域

词法作用域


數據結構

ㄕㄨˋ ㄐㄩˋ ㄐㄧㄝˊ ㄍㄡˋ

шуцзюй цзегоу

/ʂu⁵¹⁻⁵³ t͡ɕy⁵¹ t͡ɕi̯ɛ³⁵ koʊ̯⁵¹/

/sou̯³³ kɵy̯³³ kiːt̚³ kʰɐu̯³³/

/sou̯³³ kɵy̯³³ kiːt̚³ kɐu̯³³/

/ʂu⁵¹⁻⁵³ t͡ɕy⁵¹ t͡ɕi̯ɛ³⁵ koʊ̯⁵¹/

/sou̯³³ kɵy̯³³ kiːt̚³ kʰɐu̯³³/

/sou̯³³ kɵy̯³³ kiːt̚³ kɐu̯³³/

(Mainland China, computer science) data structure


AVL tree

Named after Georgy Adelson-Velsky and Evgenii Landis, the inventors of this data structure.

(computer science) A self-balancing binary search tree, where, for each node, the heights of the two child subtrees differ only by at most one.


Kleene closure

Named in honor of Stephen Cole Kleene (1909–1994), an American mathematician. The “closure” part comes from the fact that a Kleene closure is closed with respect to concatenation; cf. free monoid.

(mathematics, computer science) The set of all strings of finite length made up of elements of a given set. (Then the Kleene closure is said to be of that given set. For a given set S, its Kleene closure may be denoted as S^*. The Kleene closure includes a string of zero length. Strings are equivalent to ordered tuples but written without the parentheses and commas.)


詞法作用域

ㄘˊ ㄈㄚˇ ㄗㄨㄛˋ ㄩㄥˋ ㄩˋ

цыфа цзоюнъюй

/t͡sʰz̩³⁵ fä²¹⁴⁻²¹ t͡su̯ɔ⁵¹⁻⁵³ jʊŋ⁵¹⁻⁵³ y⁵¹/

(computer science) lexical scope; lexical scoping


subtrie

(computer science) A trie data structure making up part of a larger trie.


muistibitti

muistibitti (nominative singular)
muistibitit (nominative plural)
muistibitti (accusative nominative singular)
muistibitit (accusative nominative plural)
muistibitin (accusative genitive singular)
muistibitit (accusative genitive plural)
muistibitin (genitive singular)
muistibittien (genitive plural)
muistibittiä (partitive singular)
muistibittejä (partitive plural)
muistibitissä (inessive singular)
muistibiteissä (inessive plural)
muistibitistä (elative singular)
muistibiteistä (elative plural)
muistibittiin (illative singular)
muistibitteihin (illative plural)
muistibitillä (adessive singular)
muistibiteillä (adessive plural)
muistibitiltä (ablative singular)
muistibiteiltä (ablative plural)
muistibitille (allative singular)
muistibiteille (allative plural)
muistibittinä (essive singular)
muistibitteinä (essive plural)
muistibitiksi (singular translative)
muistibiteiksi (plural translative)
muistibitittä (abessive singular)
muistibiteittä (abessive plural)
muistibitein (instructive plural)
See the possessive forms below. (comitative)
muistibittini (nominative singular)
muistibittini (nominative plural)
muistibittini (accusative nominative singular)
muistibittini (accusative nominative plural)
muistibittini (accusative genitive singular)
muistibittini (accusative genitive plural)
muistibittini (genitive singular)
muistibittieni (genitive plural)
muistibittiäni (partitive singular)
muistibittejäni (partitive plural)
muistibitissäni (inessive singular)
muistibiteissäni (inessive plural)
muistibitistäni (elative singular)
muistibiteistäni (elative plural)
muistibittiini (illative singular)
muistibitteihini (illative plural)
muistibitilläni (adessive singular)
muistibiteilläni (adessive plural)
muistibitiltäni (ablative singular)
muistibiteiltäni (ablative plural)
muistibitilleni (allative singular)
muistibiteilleni (allative plural)
muistibittinäni (essive singular)
muistibitteinäni (essive plural)
muistibitikseni (singular translative)
muistibiteikseni (plural translative)
muistibitittäni (abessive singular)
muistibiteittäni (abessive plural)
muistibitteineni (comitative plural)
muistibittisi (nominative singular)
muistibittisi (nominative plural)
muistibittisi (accusative nominative singular)
muistibittisi (accusative nominative plural)
muistibittisi (accusative genitive singular)
muistibittisi (accusative genitive plural)
muistibittisi (genitive singular)
muistibittiesi (genitive plural)
muistibittiäsi (partitive singular)
muistibittejäsi (partitive plural)
muistibitissäsi (inessive singular)
muistibiteissäsi (inessive plural)
muistibitistäsi (elative singular)
muistibiteistäsi (elative plural)
muistibittiisi (illative singular)
muistibitteihisi (illative plural)
muistibitilläsi (adessive singular)
muistibiteilläsi (adessive plural)
muistibitiltäsi (ablative singular)
muistibiteiltäsi (ablative plural)
muistibitillesi (allative singular)
muistibiteillesi (allative plural)
muistibittinäsi (essive singular)
muistibitteinäsi (essive plural)
muistibitiksesi (singular translative)
muistibiteiksesi (plural translative)
muistibitittäsi (abessive singular)
muistibiteittäsi (abessive plural)
muistibitteinesi (comitative plural)
muistibittimme (nominative singular)
muistibittimme (nominative plural)
muistibittimme (accusative nominative singular)
muistibittimme (accusative nominative plural)
muistibittimme (accusative genitive singular)
muistibittimme (accusative genitive plural)
muistibittimme (genitive singular)
muistibittiemme (genitive plural)
muistibittiämme (partitive singular)
muistibittejämme (partitive plural)
muistibitissämme (inessive singular)
muistibiteissämme (inessive plural)
muistibitistämme (elative singular)
muistibiteistämme (elative plural)
muistibittiimme (illative singular)
muistibitteihimme (illative plural)
muistibitillämme (adessive singular)
muistibiteillämme (adessive plural)
muistibitiltämme (ablative singular)
muistibiteiltämme (ablative plural)
muistibitillemme (allative singular)
muistibiteillemme (allative plural)
muistibittinämme (essive singular)
muistibitteinämme (essive plural)
muistibitiksemme (singular translative)
muistibiteiksemme (plural translative)
muistibitittämme (abessive singular)
muistibiteittämme (abessive plural)
muistibitteinemme (comitative plural)
muistibittinne (nominative singular)
muistibittinne (nominative plural)
muistibittinne (accusative nominative singular)
muistibittinne (accusative nominative plural)
muistibittinne (accusative genitive singular)
muistibittinne (accusative genitive plural)
muistibittinne (genitive singular)
muistibittienne (genitive plural)
muistibittiänne (partitive singular)
muistibittejänne (partitive plural)
muistibitissänne (inessive singular)
muistibiteissänne (inessive plural)
muistibitistänne (elative singular)
muistibiteistänne (elative plural)
muistibittiinne (illative singular)
muistibitteihinne (illative plural)
muistibitillänne (adessive singular)
muistibiteillänne (adessive plural)
muistibitiltänne (ablative singular)
muistibiteiltänne (ablative plural)
muistibitillenne (allative singular)
muistibiteillenne (allative plural)
muistibittinänne (essive singular)
muistibitteinänne (essive plural)
muistibitiksenne (singular translative)
muistibiteiksenne (plural translative)
muistibitittänne (abessive singular)
muistibiteittänne (abessive plural)
muistibitteinenne (comitative plural)
muistibittinsä (nominative singular)
muistibittinsä (nominative plural)
muistibittinsä (accusative nominative singular)
muistibittinsä (accusative nominative plural)
muistibittinsä (accusative genitive singular)
muistibittinsä (accusative genitive plural)
muistibittinsä (genitive singular)
muistibittiensä (genitive plural)
muistibittiään (partitive singular)
muistibittiänsä (partitive singular)
muistibittejään (partitive plural)
muistibittejänsä (partitive plural)
muistibitissään (inessive singular)
muistibitissänsä (inessive singular)
muistibiteissään (inessive plural)
muistibiteissänsä (inessive plural)
muistibitistään (elative singular)
muistibitistänsä (elative singular)
muistibiteistään (elative plural)
muistibiteistänsä (elative plural)
muistibittiinsä (illative singular)
muistibitteihinsä (illative plural)
muistibitillään (adessive singular)
muistibitillänsä (adessive singular)
muistibiteillään (adessive plural)
muistibiteillänsä (adessive plural)
muistibitiltään (ablative singular)
muistibitiltänsä (ablative singular)
muistibiteiltään (ablative plural)
muistibiteiltänsä (ablative plural)
muistibitilleen (allative singular)
muistibitillensä (allative singular)
muistibiteilleen (allative plural)
muistibiteillensä (allative plural)
muistibittinään (essive singular)
muistibittinänsä (essive singular)
muistibitteinään (essive plural)
muistibitteinänsä (essive plural)
muistibitikseen (singular translative)
muistibitiksensä (singular translative)
muistibiteikseen (plural translative)
muistibiteiksensä (plural translative)
muistibitittään (abessive singular)
muistibitittänsä (abessive singular)
muistibiteittään (abessive plural)
muistibiteittänsä (abessive plural)
muistibitteineen (comitative plural)
muistibitteinensä (comitative plural)

(computing, computer arithmetic) carry bit (bit that is carried in an addition operation)