2005 IEEE Aerospace Conference 2005
DOI: 10.1109/aero.2005.1559424
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End-to-end network modeling and simulation of integrated terrestrial, airborne and space environments

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“…There is an abundance of work done in the realm of space communications; traditionally the approaches that have been taken utilize network simulators and point designs. In Jennings and Heckman (2008); Barritt et al (2010); Baranyai et al (2005) space network simulators, created using COTS software, are used to mimic the performance of the Space Network in LEO support operations. Another similar concept is presented in Spangelo and Cutler (2013), in which a framework is developed to analyze small satellite communications operations and maximize performance for important stakeholder metrics, given a particular mission.…”
Section: Literature Reviewmentioning
confidence: 99%
“…There is an abundance of work done in the realm of space communications; traditionally the approaches that have been taken utilize network simulators and point designs. In Jennings and Heckman (2008); Barritt et al (2010); Baranyai et al (2005) space network simulators, created using COTS software, are used to mimic the performance of the Space Network in LEO support operations. Another similar concept is presented in Spangelo and Cutler (2013), in which a framework is developed to analyze small satellite communications operations and maximize performance for important stakeholder metrics, given a particular mission.…”
Section: Literature Reviewmentioning
confidence: 99%
“…A second alternative is the sequential execution of aerospace and network simulation tools. This kind of architectures, implemented in (Baranyai et al, 2005;Lluch et al, 2015), run several instances of physics or aerospace simulators (STK, and others) to produce inputs that will be used in subsequent executions of a network-level simulation tool (e.g. NS-3, QualNet).…”
Section: A1 Introductionmentioning
confidence: 99%