Application of Contact Graph Routing to LEO Satellite DTN Communications

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Provided by: University of Bochum
Topic: Mobility
Format: PDF
Delay-/disruption-tolerant networking, which originated from research on deep space communications, has enlarged its scope to encompass all challenged networks, including LEO satellite communications. Focusing on single satellite or incomplete constellation cases, the advantages of DTN mainly relate to its ability to cope with disruption and intermittent connectivity, typical of LEOs. This, however, requires the adoption of routing solutions specifically designed for DTNs. Among the many proposals, Contact Graph Routing, designed by NASA for deep space, seems particularly appealing, as it takes advantage of the a priori knowledge of "Contacts" between DTN nodes, a characteristic peculiar to both deep space and LEO environments.
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