Перевод и анализ слов искусственным интеллектом ChatGPT
На этой странице Вы можете получить подробный анализ слова или словосочетания, произведенный с помощью лучшей на сегодняшний день технологии искусственного интеллекта:
- как употребляется слово
- частота употребления
- используется оно чаще в устной или письменной речи
- варианты перевода слова
- примеры употребления (несколько фраз с переводом)
- этимология
suffix$80022$ - перевод на испанский
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* accessible = accesible
* admissible = admisible, permitido, aceptable
* audible = audible
* collectible = artículo coleccionable, objeto coleccionable
* compatible = compatible
* comprehensible = comprensible
* compressible = comprimible
* credible = convincente, creíble, verosímil, digno de crédito
* deductible = deducible, desgravable
* defensible = defensible
* destructible = destructible
* digestible = digerible, asimilable
* divisible = divisible
* eligible = elegible, adecuado, posible, aceptable, elegible, adecuado, posible, aceptable
* erodible = erosionable
* expressible = expresable
* extendible = extensible
* extensible = extensible, ampliable
* fallible = falible
* feasible = posible, factible
* fissible = fisible, físil
* flexible = flexible, adaptable
* forcible = forzoso, forzado
* fungible = fungible
* gullible = crédulo, ingenuo, inocentón
* illegible = ilegible
* implausible = inverosímil
* impossible = imposible
* inaccessible = inaccesible
* inadmissible = inadmisible, inaceptable
* inaudible = inaudible
* incompatible = incompatible
* incomprehensible = incomprensible
* incompressible = incomprimible
* incredible = increíble, extraordinario, de película
* indefensible = indefensible
* indelible = indeleble, imborrable
* indestructible = indestructible
* indigestible = indigestible, indigesto
* indivisible = indivisible
* inedible = incomible, incomestible
* inexhaustible = inagotable
* inexpressible = inexpresable, indescriptible, inefable, inenarrable, indecible
* infallible = infalible
* inflexible = inflexible
* intangible = intangible, invisible, conceptual, intangible, invisible, conceptual
* intelligible = inteligible
* interruptible = interrumpible
* invincible = invencible, insuperable
* invisible = invisible
* irascible = irascible, gruñón, de mal genio, irritable
* irreducible = irreducible
* irresistible = irresistible
* irresponsible = irresponsable
* irreversible = irreversible
* legible = legible
* miscible = mezcable
* negligible = mínimo, sin importancia, despreciable, desdeñable
* ostensible = ostensible
* perceptible = perceptible, apreciable, visible, evidente
* permissible = permisible, lícito
* plausible = plausible, verosímil, convincente, posible
* possible = posible
* reducible = reducible
* reprehensible = reprensible, censurable
* reproducible = reproducible
* reversible = reversible
* risible = risible, irrisorio, ridículo, grotesco
* sensible = sensato
* submersible = sumergible
* tangible = tangible, palpable
* terrible = terrible, horrible
* transmissible = transmisible
* uncorruptible = incorruptible
* unintelligible = ininteligible
* unsusceptible = no susceptible
* visible = visible, perceptible, palpable, manifiesto, evidente
Def: Plural suffixes.
Ex: The examples cited to date have used right hand truncation, which results in the amalgamation of words with different suffixes.
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* field suffix code = sufijo de campo
* strip + suffix = quitar el sufijo a una palabra
* suffix code = sufijo
Википедия
In computer science, a suffix array is a sorted array of all suffixes of a string. It is a data structure used in, among others, full-text indices, data-compression algorithms, and the field of bibliometrics.
Suffix arrays were introduced by Manber & Myers (1990) as a simple, space efficient alternative to suffix trees. They had independently been discovered by Gaston Gonnet in 1987 under the name PAT array (Gonnet, Baeza-Yates & Snider 1992).
Li, Li & Huo (2016) gave the first in-place time suffix array construction algorithm that is optimal both in time and space, where in-place means that the algorithm only needs additional space beyond the input string and the output suffix array.
Enhanced suffix arrays (ESAs) are suffix arrays with additional tables that reproduce the full functionality of suffix trees preserving the same time and memory complexity. The suffix array for a subset of all suffixes of a string is called sparse suffix array. Multiple probabilistic algorithms have been developed to minimize the additional memory usage including an optimal time and memory algorithm.
