Noun
/æˈsɪmp.tə.tɪk ˈdoʊ.meɪn/
The term "asymptotic domain" is primarily used in mathematics and computer science. It refers to a mathematical concept that studies the behavior of functions as they approach a particular limit, often infinity. In this context, it is used to analyze the performance of algorithms, especially in terms of their time and space complexities.
Frequency of Use
The term is used more frequently in written contexts, particularly in academic and technical writings, rather than in oral speech.
Исследователи сосредоточились на асимптотической области для оценки эффективности недавно предложенного алгоритма.
Understanding the asymptotic domain is crucial for predicting the behavior of functions in mathematical analysis.
Понимание асимптотической области имеет решающее значение для предсказания поведения функций в математическом анализе.
The book provides a comprehensive overview of the asymptotic domain and its implications in modern computer science.
While the term "asymptotic domain" is not commonly found within idiomatic expressions, the idea of "asymptotic behavior" is often mentioned in discussions regarding performance and limits.
Эффективность алгоритма демонстрирует асимптотическое поведение, которое значительно улучшается с большими объемами данных.
When analyzing different algorithms, one must consider their asymptotic limits to ensure scalability.
При анализе различных алгоритмов необходимо учитывать их асимптотические пределы, чтобы обеспечить масштабируемость.
The researcher provided an asymptotic estimate to measure the growth of the function over time.
The term "asymptotic" originates from the Greek word "asymptotos," meaning "not falling together." It combines "a-" (not) and "symptote" (a line that a curve approaches).
The term "domain" comes from the Latin "dominium," meaning "lordship" or "property," which in mathematical context refers to a set of values that a function can accept.
Synonyms:
- Limit behavior
- Analyzing asymptotics
- Mathematical boundaries
Antonyms:
- Finite behavior
- Bounded domain
- Discrete values