Development of an automated system for managing and optimizing management decisions in the design, organization and production of dredging

D. Mamunts, S. Morozov, V. Gaskarov, Alexander V. Sauchev, Y. Tsvetkov
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引用次数: 8

Abstract

One of the most important problems of inland waterway transport is the provision of guaranteed navigable depths. Currently, there is an active construction and expansion of existing ports and port complexes, carrying out repairs. Taking into account the need for prompt and effective production of underwater earthworks, the importance of conducting high-quality automation of the main processes is increasing. At the same time, the factor of growth in the volume of dredging works naturally requires the use of more productive equipment and modern hi-technologies methods. As one of the options of solving the actual problem of increasing the productivity of existing dredgers, is to consider the developing of automated system for managing and optimizing management decisions in the design, organization and production of dredging. The aim — is the creation of a tool that allows dredging companies and state dredging customers to obtain the widest possible information about the process and the interrelationships of various parameters of the projected works. Propose, on the basis of the created mathematical model, the ways of solving design tasks and tasks arising in the process of production and operation of waterways.
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开发一个自动化系统,用于管理和优化疏浚设计、组织和生产方面的管理决策
内河运输最重要的问题之一是保证通航深度。目前,正在积极建设和扩建现有港口和港口综合体,进行维修。考虑到水下土方工程快速有效生产的需要,对主要工序进行高质量自动化的重要性日益增加。与此同时,疏浚工程数量的增长自然要求使用更高效的设备和现代高科技方法。作为解决现有挖泥船提高生产率的实际问题的选择之一,考虑开发自动化管理系统,优化挖泥船在设计、组织和生产中的管理决策。其目的是创建一种工具,使疏浚公司和州疏浚客户能够获得有关项目工程过程和各种参数相互关系的尽可能广泛的信息。在建立数学模型的基础上,提出解决水路生产经营过程中出现的设计任务和任务的方法。
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