The term "automatic picking algorithm" refers to a computational method or set of procedures used in automation technology for selecting items automatically from a database, inventory, or system based on predefined criteria. It is commonly used in fields such as logistics, robotics, data processing, and artificial intelligence.
In the context of its frequency of use, "automatic picking algorithm" tends to be more prevalent in written contexts, especially in technical documents, research papers, and industry articles. However, it may also appear in spoken discussions within tech and logistics sectors.
Ел склад впровадив автоматичний алгоритм підбору, щоб підвищити ефективність.
Researchers are developing an automatic picking algorithm for use in robotic arms.
Дослідники розробляють автоматичний алгоритм підбору для використання в робототехнічних руках.
The new software features an automatic picking algorithm that reduces manual errors.
While "automatic picking algorithm" does not have idiomatic expressions specifically built around it, the components can be used in broader contexts. Here are some relevant expressions using "automatic" and "algorithm":
Коли проект почав працювати в режимі автоматичного пілота, ми всі відчули полегшення, знаючи, що процеси проходять гладко.
Algorithm for success: She found her algorithm for success by combining hard work and smart planning.
Вона знайшла свій алгоритм успіху, поєднуючи важку працю та розумне планування.
Automatic response: The automatic response from the system ensured no inquiries went unanswered.
The term "automatic" derives from the Greek word "automatos" (αὐτόματον) meaning "self-moving" or "self-acting." The word "picking" comes from the Old English "piccan," which means "to seize" or "to take up." "Algorithm" is derived from the Persian mathematician Muhammad ibn Musa al-Khwarizmi, whose work in the 9th century laid the groundwork for modern computation.
This comprehensive overview of the term "automatic picking algorithm" highlights its significance in various fields and gives insight into its relevance in modern technology.