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Concept network design for a young Mars science station and Trans-planetary communication

机译:年轻的火星科学站和跨行星通信的概念网络设计

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NASA is planning to send a satellite with some people on it to Mars in 2019. They are calling it manned mission to Mars. This paper presents a high-level networking design to provide high bandwidth for a young and growing Mars settlement and science station. A physical network topology is described consisting of a high power ground station to communicate with orbiters. Different parts and devices of the station are connected with network infrastructure. Some examples are given for various non-obvious use cases of the network. Additionally, an upper level networking protocol is described to handle reliable communication between planets. This trans-planetary Data Mailing Protocol (TDMP) operates three processes working together: a database of retrievable files and user inbox files; a `parcel' structure for data to be contained; and parcel piece fragmenting for asynchronous pipelined transmission and loss handling. Together, these systems allow ease of connection between people, scientists, and experiments.
机译:NASA计划在2019年将载有某些人的人造卫星发送到火星。他们称这是载人飞船前往火星的任务。本文提出了一种高级网络设计,旨在为不断发展的年轻火星定居和科学站提供高带宽。描述了一种物理网络拓扑,该拓扑由一个高功率地面站组成,用于与轨道器进行通信。工作站的不同部分和设备与网络基础结构连接。对于网络的各种非显而易见的用例,给出了一些示例。另外,描述了高层联网协议以处理行星之间的可靠通信。该跨行星数据邮件协议(TDMP)共同运行三个过程:可检索文件和用户收件箱文件的数据库;包含数据的“包裹”结构;包裹分段,用于异步流水线传输和丢失处理。这些系统一起使人,科学家和实验之间的连接变得容易。

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