B. Horine and D. Turgut. Link Rendezvous Protocol for Cognitive Radio Networks. In Proceedings of IEEE Symposium on New Frontiers in Dynamic Spectrum Access Networks (DySPAN), pp. 444–447, April 2007.
In an opportunistic dynamic spectrum access environment, individual nodes sense the local spectrum and choose their operating frequencies and bandwidth in collaboration with the other participating nodes. To make their spectrum access decisions, the nodes need to communicate with the existing nodes operating in the area. In this paper we propose an approach which establishes this first connection with a minimum risk of interference. We propose a link rendezvous strategy which relies on frequency domain decision statistics. Nodes wishing to join the network are emitting and scanning for a simple carrier with a small number of sidetones. We describe the strategy in the context of collaborative spectrum sensing. To validate our approach, we describe a series of experiments using the GNU Radio software defined radio toolkit. We show that an attention signal of length equivalent to a single FFT frame can be detected in a high noise environment using two sidetones
@inproceedings{Horine-2007-DySPAN,
author = "B. Horine and D. Turgut",
title = "Link Rendezvous Protocol for Cognitive Radio Networks",
booktitle ="Proceedings of IEEE Symposium on New Frontiers in Dynamic Spectrum
Access Networks (DySPAN)",
pages = "444-447",
month = "April",
year = "2007",
abstract = {
},
abstract = {
In an opportunistic dynamic spectrum access environment, individual nodes
sense the local spectrum and choose their operating frequencies and
bandwidth in collaboration with the other participating nodes. To make
their spectrum access decisions, the nodes need to communicate with the
existing nodes operating in the area.
In this paper we propose an approach which establishes this first
connection with a minimum risk of interference. We propose a link
rendezvous strategy which relies on frequency domain decision statistics.
Nodes wishing to join the network are emitting and scanning for a simple
carrier with a small number of sidetones. We describe the strategy in the
context of collaborative spectrum sensing. To validate our approach, we
describe a series of experiments using the GNU Radio software defined
radio toolkit. We show that an attention signal of length equivalent to a
single FFT frame can be detected in a high noise environment using two
sidetones
},
}
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