Optimizing communications satellite deployment: development of a decision aid

机译：优化通信卫星部署：决策援助的发展

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We discuss the problem of optimizing the utilization of communication satellite capacity. The modern fixed satellite service provider seeks improved methods to optimize the amount of service demand that is accommodated by capacity available on its satellite network. A mixed-integer programming (MIP) model is proposed for the solution of the problem, as part of a decision support tool. Such a tool integrates three system components, which are: a mathematical optimization model, an optimization algorithm, and a graphical user interface. We discuss the design process associated with each component of the system and conclude with preliminary results obtained from sample optimization runs.

机译：我们讨论了优化通信卫星容量利用的问题。现代化的固定卫星服务提供商寻求改进的方法，以优化其卫星网络上可用的能力所提供的服务需求。提出了一个混合整数编程（MIP）模型来解决问题，作为决策支持工具的一部分。这样的工具集成了三个系统组件，即：数学优化模型，优化算法和图形用户界面。我们讨论与系统的每个组件相关的设计过程，并结束了从样本优化运行获得的初步结果。

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《IEEE Systems and Information Engineering Design Symposium》|2004年||共6页
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Ayers I.; Breton A.; Farrington M.; Landrum J.; Lee R.;
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中图分类自动化技术、计算机技术;
关键词
decision support systems; telecommunication computing; satellite communication; integer programming; graphical user interfaces; communications satellite deployment optimization; decision aid development; communication satellite capacity utilization optimization; satellite service provider; satellite network; mixed-integer programming model; decision support tool; mathematical optimization model; optimization algorithm; graphical user interface;

机译：决策支持系统;电信计算;卫星沟通;图形用户界面;通信卫星部署优化;决策辅助发展;通信卫星容量利用优化;卫星服务提供商;卫星网络;混合整数编程模型;决策支持工具;数学支持工具;数学优化模型;优化算法;图形用户界面;

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机译：优化通信卫星部署：决策援助的发展

Optimizing communications satellite deployment: development of a decision aid

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