Internet routing in space NMS architecture

Johnson, Joe D.; Connary, Julie Ann; Thompson, Jeff; Donner, P.

doi:10.1109/aero.2009.4839382

Cited by 6 publications

(2 citation statements)

References 6 publications

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“…The test bed for the On-Orbit Assessment (OOA) consisted of two user terminal nodes and the Internet Gateway node. Node-1 was located in Georgia, United States of America while Node-2 4 TNLET and LARIAT were developed by MIT-Lincoln Laboratory.…”

Section: On-orbit Networkmentioning

confidence: 99%

Preliminary results of a technology demonstration of the internet routing in space capability over a geostationary communications satellite

Cuevas

Tang

2010

2010 - Milcom 2010 Military Communications Conference

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The Internet Protocol Routing in Space (IRIS) was developed by an industry group, under the auspices of the United States Department of Defense 1 as a Joint Capability Technology Demonstration (JCTD). The primary goal of the IRIS JCTD is to assess the network capability and operational utility of an IP router in space. This paper discusses the results obtained from laboratory and field tests which were specifically designed to evaluate the functionality and performance. Most of the results were obtained during a recent demonstration using 3 ground terminals operating with the IRIS payload on-board INTELSAT-14 (IS-14). Emphasis is given to application and network performance resulting from the end-to-end Quality of Service and Bandwidth on Demand capabilities of IRIS.

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Section: On-orbit Networkmentioning

confidence: 99%

Preliminary results of a technology demonstration of the internet routing in space capability over a geostationary communications satellite

Cuevas

Tang

2010

2010 - Milcom 2010 Military Communications Conference

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“…With the great popularity of the Internet and the rapid development of the next generation network in terrestrial networks, satellite networks will be required to provide connectionless service and transport IP-based traffic [1]. SIPN is a logical extension of terrestrial based internetworks and rapidly gaining interest in both commercial and military applications [2]. Fig.1 shows a satellite IP network.…”

Section: Introductionmentioning

confidence: 99%

ETER: Encounter Time Estimating Routing for Satellite IP Networks

Zhang¹,

Liu²

2014

JSW

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Satellites in Satellite IP network (SIPN) run along its orbit and have fixed periods. It is possible to estimate the encounter time between two satellites using their history encountering information. We introduce a method to estimate the time. Based on the encounter time information estimated, a new routing method, named Encounter Time Estimating Routing (ETER), is presented in the paper. ETER firstly estimates the encounter time among satellites. Secondly, it forms a graph, assign values of encounter time as the weight of edges. Then ETER path algorithm, a modified Dijkstra algorithm, finds the best routing set for packets. Finally, ETER forward each packet using ETER forwarding algorithm. The simulation result shows that ETER has better performance on packet loss rate and transferring throughput under all traffic loads; under lower traffic loads, the average end-to-end delays of ETER is a little higher than Epidemic routing, but lower than PKR; under higher traffic loads, the delays is lower than PKR and close to Epidemic routing.

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Research for Data Communications Based on IPv6 in Integrated Space-Ground Network

Zhan

Liu

et al. 2019

Wireless and Satellite Systems

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Internet routing in space NMS architecture

Cited by 6 publications

References 6 publications

Preliminary results of a technology demonstration of the internet routing in space capability over a geostationary communications satellite

Preliminary results of a technology demonstration of the internet routing in space capability over a geostationary communications satellite

ETER: Encounter Time Estimating Routing for Satellite IP Networks

Research for Data Communications Based on IPv6 in Integrated Space-Ground Network

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