CLASS interference analysis system

[Proceedings] NTC-92: National Telesystems Conference Pub Date : 1992-05-19 DOI:10.1109/NTC.1992.267903

T. Kaplan, J. Freedman, D. Wampler, A. Musliner, C. Ruseau

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引用次数: 1

Abstract

The Communications Link Analysis and Simulation System (CLASS) project team of the NASA Goddard Space Flight Center Network Division, Code 530, has developed the CLASS interference analysis system (IAS) to support satellite communications scheduling by NASA's Network Control Center, IAS is designed to analyze communications problems arising from two or more spacecraft communicating with the same tracking and data relay satellite (TDRS) simultaneously. This system is currently composed of two major components: the CLASS automated conflict resolution system (ACRS) and the CLASS interference monitor (IM). ACRS is designed to be used in a mission-current manner, producing through interference estimates for any and all currently operating TDRS users. The IM is employed as a long-term interference predictor, taking planned spacecraft and producing broad-based statistical results concerning the resulting communications interference with and/or by other planned or existing spacecraft. Together, these two packages form a comprehensive tool for accurately analyzing potential interuser communications interference between concurrently operating space missions.<>

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类干扰分析系统

NASA戈达德太空飞行中心网络分部的通信链路分析与仿真系统(CLASS)项目团队，代码530，已经开发了CLASS干扰分析系统(IAS)，以支持NASA网络控制中心的卫星通信调度，IAS旨在分析两个或多个航天器同时与同一跟踪和数据中继卫星(TDRS)通信所产生的通信问题。该系统目前由两个主要部分组成:CLASS自动冲突解决系统(ACRS)和CLASS干扰监视器(IM)。ACRS被设计为以任务电流方式使用，对任何和所有当前运行的TDRS用户产生干扰估计。IM被用作长期干扰预测器，采用计划中的航天器，并产生关于与其他计划中的或现有航天器的通信干扰和/或由其他计划中的或现有航天器产生的通信干扰的广泛统计结果。这两个包一起构成了一个全面的工具，用于准确分析同时运行的太空任务之间潜在的用户间通信干扰

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[Proceedings] NTC-92: National Telesystems Conference

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