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High Performance Communication and Navigation Systems for Interplanetary Networks

机译:行星际网络的高性能通信和导航系统

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The increasing development of technologies enabling efficient space exploration and data communications has recently fostered a number of scientific missions, aimed at supporting the research in the field of geology and astronomy. To this end, the design of an effective telecommunication infrastructure is the challenge offered to research scientists and space engineers. In particular, the definition of a network architecture suitable to support both communication and navigation services is of paramount importance for future space missions. In this view, this paper reviews protocols and architectures presently used in space missions and proposes improved transmission strategies, relying upon a packet-layer coding approach, which is expected to improve the overall performance.
机译:能够进行有效空间探索和数据通信的技术的不断发展,最近促进了许多科学任务,旨在支持地质和天文学领域的研究。为此,有效的电信基础设施的设计是研究科学家和太空工程师所面临的挑战。尤其是,适合于同时支持通信和导航服务的网络架构的定义对于未来的太空飞行至关重要。因此,本文回顾了目前在太空任务中使用的协议和体系结构,并提出了一种改进的传输策略,该方法依赖于数据包层编码方法,有望改善整体性能。

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