深撞击网络实验操作中心监控系统

Shin-Ywan Wang, J. Torgerson, J. Schoolcraft, Yan Brenman
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引用次数: 9

摘要

JPL的星际覆盖网络(ION)软件是延迟/中断容忍网络(DTN)的实现,DTN已被提议作为支持空间通信的星际协议。JPL深度撞击网络(DINET)是一项技术开发实验,旨在提高JPL实现ION套件的技术准备程度。由JPL协议技术实验室(PTL)开发的DINET实验操作中心(EOC)是完成实验的关键。EOC包含模拟空间的所有终端节点和一个管理节点,在所有终端节点中执行有效载荷数据的发布和订阅功能,以验证在ION协议栈上数据交换的有效性。在管理节点上创建并安装了一个监视和控制系统,作为一个多层的基于internet的Web应用程序,通过允许监视和分析来自ION的数据交付和统计数据来支持深度影响网络实验。该监视和控制系统包括接收协议状态消息、将来自ION模拟网络的状态消息分类并存储到数据库中的能力,除了交互式数据库查询外,还提供Web接口以查看实时结果。
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The Deep Impact Network Experiment Operations Center Monitor and Control System
The interplanetary overlay network (ION) software at JPL is an implementation of delay/disruption tolerant networking (DTN) which has been proposed as an interplanetary protocol to support space communication. The JPL deep impact network (DINET) is a technology development experiment intended to increase the technical readiness of the JPL implemented ION suite. The DINET experiment operations center (EOC) developed by JPL's protocol technology lab (PTL) was critical in accomplishing the experiment. EOC, containing all end nodes of simulated spaces and one administrative node, exercised publish and subscribe functions for payload data among all end nodes to verify the effectiveness of data exchange over ION protocol stacks. A monitor and control system was created and installed on the administrative node as a multi-tiered Internet-based Web application to support the deep impact network experiment by allowing monitoring and analysis of the data delivery and statistics from ION. This monitor and control system includes the capability of receiving protocol status messages, classifying and storing status messages into a database from the ION simulation network, and providing Web interfaces for viewing the live results in addition to interactive database queries.
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