Nowadays, the use of the three-dimensional laser scanning technique in performing various scientific research comes to the fore, since this technology is one of the most developed and effective methods for analyzing the state of transport infrastructure objects and geodetic monitoring. The purpose of this paper is to develop an author’s algorithm for the classification of laser reflection points, based on the specialized Terrasolid software on the Bentley Microstation platform. The object of the research is the campus of the territory of the Federal State Budgetary Educational Institution of Higher Education “Kuban State Technological University”. The subject of the research is the possibility of optimizing the process of classification of laser reflection points on the campus of the university territory. The result of the study is the author’s algorithm for the classification of laser reflection points.
В данной статье проведен анализ передовых методик выбора оптимальной политики замены автотранспортного парка. Сформулирована задача о замене оборудования. Для каждого из рассматриваемых методов приведена целевая функция, ограничения. Выбрана наилучшая методика составления оптимального плана замены автотранспортного парка на предприятии, позволяющая получить точный, экономически обоснованный план закупки нового оборудования в течение определенного периода. Отобраны множества важных факторов, влияющих на выбор методики расчетов политики замены. Построена сводная таблица методик и содержащихся в них факторов. Выбранная в рамках исследования методика позволит существенно сократить затраты труда и времени, что приведет к повышению производительности предприятия в целом. Приведено практическое обоснование необходимости решения проблемы выбора оптимальной политики замены автотранспортного парка This article analyzes the best practices of choosing the optimal policy for replacement of vehicle fleet. The problem of replacement equipment was revealed. For each of these methods we gave objective function, constraints. We have found the best method of optimal plan of replacing the vehicle fleet in the company, allowing us to obtain accurate, economically viable new equipment purchase plan during a certain period. We have selected a number of important factors that influence the choice of payment method replacement policy and built PivotTable methods and factors. The selected as part of the research methodology will significantly reduce the labor and time, which will lead to an increase in productivity of the enterprise as a whole. The article gives a practical justification for the need to address the problem of choosing the optimal policy of replacing the vehicle fleet Ключевые слова: СИСТЕМА ПОДДЕРЖКИ ПРИНЯТИЯ РЕШЕНИЙ, ЗАДАЧА О ЗАМЕНЕ ОБОРУДОВАНИЯ, ДИНАМИЧЕСКОЕ ПРОГРАММИРОВАНИЕ
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