Second revision of the STP-ISS transport protocol for on-board spacewire networks

Sheynin, Yuriy; Olenev, Valentin; Lavrovskaya, Irina; Korobkov, Ilya; Kochura, S. G.; Openko, Sergey; Dymov, Dmitry

doi:10.1109/fruct.2015.7117992

Cited by 7 publications

(2 citation statements)

References 8 publications

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“…While, MIL‐STD‐1553B has been widely employed in avionics and spacecrafts for its error detection capability, high reliability, noise immunity and deterministic behavior, future adoption is limited because the serial transmission rate of the bus is only 1 Mbps . To overcome the MIL‐STD‐1553B drawbacks, SpaceWire is considered for the new generations of spacecrafts,() providing high‐throughput (up to 200Mbps) communications.…”

Section: Wireless Intra‐spacecraft Communications Overviewmentioning

confidence: 99%

A UWB solution for wireless intra‐spacecraft transmissions of sensor and SpaceWire data

Puşchiţă

Ratiu²,

Drobczyk

et al. 2019

Satell Commun Network

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Summary This paper presents the design, testing, and validation of a ultra‐wideband (UWB) wireless solution to replace wired intra‐spacecraft communications with wireless communications. The system requirements are provided in the framework of the Eu:CROPIS mission and the wired intra‐spacecraft communication system is replaced with a two‐segment wireless network. As such, distinct sets of UWB gateways and nodes are prototyped to interface with the on‐board entities and properly handle the data transmission in the resulting spacecraft and payload wireless networks. To accomplish these tasks, a custom radio module integrated into the prototypes was designed to provide the appropriate UWB RF front‐end and run a custom‐built communication stack. The viability of the solution was tested in laboratory conditions. For the test scenarios, sensor data are acquired in the payload network and forwarded as SpaceWire packets over the spacecraft network. Experimental test results indicate the suitability of the proposed solution in terms of delay and data integrity for implementing intra‐spacecraft wireless communications.

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Section: Wireless Intra‐spacecraft Communications Overviewmentioning

confidence: 99%

A UWB solution for wireless intra‐spacecraft transmissions of sensor and SpaceWire data

Puşchiţă

Ratiu²,

Drobczyk

et al. 2019

Satell Commun Network

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“…SANDS aims to support the topology design for SpaceWire networks taking into account several parameters, such as the required fault-tolerance level, total network mass including cables and nodes, and power consumption. SANDS also allows simulating the network, using its SystemC engine, either at bit level or at packet level, as well as providing support for the generation of the scheduling tables for scheduling Quality of Service of STP-ISS [13] transport protocol running on top of SpaceWire.…”

Section: Related Workmentioning

confidence: 99%

SHINe: Simulator for Satellite on-Board High-Speed Networks Featuring SpaceFibre and SpaceWire Protocols

Leoni

Nannipieri

Davalle³

et al. 2019

Aerospace

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The continuous innovation of satellite payloads is leading to an increasing demand of data-rate for on-board satellite networks. In particular, modern optical detectors generate and need to transfer data at more than 1 Gbps, a speed that cannot be satisfied with standardized technologies such as SpaceWire. To fill this gap, the European Space Agency (ESA) is supporting the development of a new high-speed link standard, SpaceFibre. SpaceFibre provides a data-rate higher than 6.25 Gbps, together with the possibility to use multiple Virtual Channels running over the same physical link, each one configurable with flexible Quality of Service parameters. These features make a SpaceFibre network very appealing but also complex to set up in order to achieve the desired end-to-end requirements. To help this process, a Simulator for HIgh-speed Network (SHINe) based on the open-source toolkit OMNeT++ has been developed and is presented in this paper. It supports the simulation of SpaceFibre and SpaceWire protocols in order to help both the final steps of the standardization process and the system engineers in the setup and test of new networks. SHINe allows to precisely simulate common network metrics, such as latency and bandwidth usage, and it can be connected to real hardware in a Hardware-in-the-Loop configuration.

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Software-to-hardware tester for the STP-ISS transport protocol verification

Olenev

Lavrovskaya

Chumakova

2015

2015 Artificial Intelligence and Natural Language and Information Extraction, Social Media and Web Search FRUCT Conference (AIN

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Second revision of the STP-ISS transport protocol for on-board spacewire networks

Cited by 7 publications

References 8 publications

A UWB solution for wireless intra‐spacecraft transmissions of sensor and SpaceWire data

A UWB solution for wireless intra‐spacecraft transmissions of sensor and SpaceWire data

SHINe: Simulator for Satellite on-Board High-Speed Networks Featuring SpaceFibre and SpaceWire Protocols

Software-to-hardware tester for the STP-ISS transport protocol verification

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