Translation and analysis of words by ChatGPT artificial intelligence
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military operations - translation to russian
управление
планирование производства (процесс, включающий определение процедур, необходимых для производства конечной продукции и последовательности их выполнения, расчет времени осуществления каждой процедуры, поиск оптимального размещения оборудования на предприятии и др.; призвано обеспечить наиболее эффективное использование труда и оборудования, оптимальное движение материалов и продукции в процессе производства и наиболее точное календарное планирование)
Смотрите также
![Classic EOQ model: trade-off between ordering cost (blue) and [[holding cost]] (red). Total cost (green) admits a [[global optimum]].](https://commons.wikimedia.org/wiki/Special:FilePath/Eoq inventory 0001.png?width=200 "Classic EOQ model: trade-off between ordering cost (blue) and [[holding cost]] (red). Total cost (green) admits a [[global optimum]].")
![AGV]]s), in front of each machining center there is a buffer and in left we have a shelf for storing pallets. Usually in the back there is a similar system for managing the set of [[tools]] required for different [[machining]] operations.](https://commons.wikimedia.org/wiki/Special:FilePath/FlexiblesFertigungssystem.jpg?width=200 "AGV]]s), in front of each machining center there is a buffer and in left we have a shelf for storing pallets. Usually in the back there is a similar system for managing the set of [[tools]] required for different [[machining]] operations.")
![service]]s.](https://commons.wikimedia.org/wiki/Special:FilePath/HK Central 中環中心 The Center mall shop interior service counters queue line barrier visitors.jpg?width=200 "service]]s.")
![scheduling]].](https://commons.wikimedia.org/wiki/Special:FilePath/MRP2.jpg?width=200 "scheduling]].")
![Marshall's [[flax]] mill in [[Holbeck]]. The textile industry is the prototypical example of the English industrial revolution.](https://commons.wikimedia.org/wiki/Special:FilePath/Marshall's flax-mill, Holbeck, Leeds - interior - c.1800.jpg?width=200 "Marshall's [[flax]] mill in [[Holbeck]]. The textile industry is the prototypical example of the English industrial revolution.")
![Queue networks]] are systems in which single queues are connected by a routing network. In this image servers are represented by circles, queues by a series of rectangles and the routing network by arrows. In the study of queue networks one typically tries to obtain the [[equilibrium distribution]] of the network.](https://commons.wikimedia.org/wiki/Special:FilePath/ServidorParalelo.jpg?width=200 "Queue networks]] are systems in which single queues are connected by a routing network. In this image servers are represented by circles, queues by a series of rectangles and the routing network by arrows. In the study of queue networks one typically tries to obtain the [[equilibrium distribution]] of the network.")
![[[Shoemaker]]s, 1568](https://commons.wikimedia.org/wiki/Special:FilePath/Shoemaker Book of Trades.png?width=200 "[[Shoemaker]]s, 1568")
![LP]] optimization problems and also [[integer programming]] (ex: [[branch and cut]]). This technique is mainly used in push approach<ref name=":0">[[R. B. Chase]], F.R. Jacobs, N. Aquilano, Operations Management: For Competitive Advantage, McGraw-Hill 2007</ref> but also in production system configuration.<ref name="PortPozz"/> The interior and surface of the green [[polytope]] geometrically represent the [[feasible region]], while the red line indicates the optimally chosen sequence of [[pivot operations]] used to reach the [[optimal solution]].](https://commons.wikimedia.org/wiki/Special:FilePath/Simplex-method-3-dimensions.png?width=200 "LP]] optimization problems and also [[integer programming]] (ex: [[branch and cut]]). This technique is mainly used in push approach<ref name=\":0\">[[R. B. Chase]], F.R. Jacobs, N. Aquilano, Operations Management: For Competitive Advantage, McGraw-Hill 2007</ref> but also in production system configuration.<ref name=\"PortPozz\"/> The interior and surface of the green [[polytope]] geometrically represent the [[feasible region]], while the red line indicates the optimally chosen sequence of [[pivot operations]] used to reach the [[optimal solution]].")
![[[Value stream mapping]], a representation of materials and information flows inside a company, mainly used in the lean manufacturing approach. The calculation of the time-line (bottom) usually involves using [[Little's law]] to derive lead time from stock levels and [[takt time]].](https://commons.wikimedia.org/wiki/Special:FilePath/Vsm-epa.gif?width=200 "[[Value stream mapping]], a representation of materials and information flows inside a company, mainly used in the lean manufacturing approach. The calculation of the time-line (bottom) usually involves using [[Little's law]] to derive lead time from stock levels and [[takt time]].")
![sample]] an upper control line and lower control line are fixed. When the statistic moves out of bounds, an alarm is given and possible causes are investigated. In this drawing the statistic of choice is the [[mean]] and red points represent alarm points.](https://commons.wikimedia.org/wiki/Special:FilePath/Xbar chart for a paired xbar and R chart.svg?width=200 "sample]] an upper control line and lower control line are fixed. When the statistic moves out of bounds, an alarm is given and possible causes are investigated. In this drawing the statistic of choice is the [[mean]] and red points represent alarm points.")
Wikipedia
A military operation is the coordinated military actions of a state, or a non-state actor, in response to a developing situation. These actions are designed as a military plan to resolve the situation in the state or actor's favor. Operations may be of a combat or non-combat nature and may be referred to by a code name for the purpose of national security. Military operations are often known for their more generally accepted common usage names than their actual operational objectives.
