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A Design and Implementation of CSSDS Proximity-1 Protocol

机译:CSSDS Proximity-1协议的设计与实现

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To improve the amount of data transmission of mars missions, a new protocol, Proximity-l Space Link Protocol, is developed by Consultative Committee for Space Data Systems (CCSDS) in order to provide short-range communications among landers, probes and orbiting relays. The implementation and testing of the Data Link Layer (DLL) of the Proximity-l are mainly discussed in this paper. The implementation, which consists of two Proximity-1 protocol units and one On-Board Computer (OBC), is able to start up a communication session with a remote entity, handle data exchange, and reconfigure the transceivers parameters if needed. A complete procedure of full-duplex mode is developed in this paper. And importantly, how to determine the transmission window size is focused on in order to improve the efficiency of the link and hence increase the effective data throughput. At last, a prototype of Proximity-1 is developed and verified on a FPGA platform.
机译:为了提高火星任务的数据传输量,通过空间数据系统(CCSDS)协商委员会开发了一种新的协议,以便在着陆器,探针和轨道继电器之间提供短程通信。本文主要讨论了Proximity-L的数据链路层(DLL)的实现和测试。由两个接近1协议单元和一个板载计算机(OBC)组成的实现能够启动与远程实体,处理数据交换的通信会话,并在需要时重新配置收发器参数。本文开发了全双工模式的完整过程。重要的是,如何确定传输窗口大小的重点是为了提高链路的效率,因此提高了有效的数据吞吐量。最后,在FPGA平台上开发并验证了Proximity-1的原型。

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