Gossiping in a multi-channel radio network: An oblivious approach to coping with malicious interference
We study oblivious deterministic gossip algorithms for multi-channel radio networks with a
malicious adversary. In a multi-channel network, each of the n processes in the system must …
malicious adversary. In a multi-channel network, each of the n processes in the system must …
Gossiping in a Multi-Channel Radio Network (An Oblivious Approach to Coping With Malicious Interference)
S Dolev, S Gilbert, R Guerraoui… - Proceedings of the 21st …, 2007 - infoscience.epfl.ch
We study oblivious deterministic gossip algorithms for multi-channel radio networks with a
malicious adversary. In a multi-channel network, each of the n processes in the system must …
malicious adversary. In a multi-channel network, each of the n processes in the system must …
Gossiping in a multi-channel radio network an oblivious approach to coping with malicious interference
S Dolev, S Gilbert, R Guerraoui… - … Symposium on Distributed …, 2007 - cris.bgu.ac.il
We study oblivious deterministic gossip algorithms for multi-channel radio networks with a
malicious adversary. In a multi-channel network, each of the n processes in the system must …
malicious adversary. In a multi-channel network, each of the n processes in the system must …
Gossiping in a Multi-channel Radio Network
S Dolev, S Gilbert, R Guerraoui… - … Symposium, DISC 2007 …, 2007 - books.google.com
We study oblivious deterministic gossip algorithms for multi-channel radio networks with a
malicious adversary. In a multi-channel network, each of the n processes in the system must …
malicious adversary. In a multi-channel network, each of the n processes in the system must …
[PDF][PDF] Gossiping in a Multi-Channel Radio Network
S Dolev, S Gilbert, R Guerraoui, C Newport - Citeseer
We study oblivious deterministic gossip algorithms for multi-channel radio networks with a
malicious adversary. In a multi-channel network, each of the n processes in the system must …
malicious adversary. In a multi-channel network, each of the n processes in the system must …
[PDF][PDF] Gossiping in a Multi-Channel Radio Network
S Dolev, S Gilbert, R Guerraoui, C Newport - groups.csail.mit.edu
We study oblivious deterministic gossip algorithms for multi-channel radio networks with a
malicious adversary. In a multi-channel network, each of the n processes in the system must …
malicious adversary. In a multi-channel network, each of the n processes in the system must …
[PDF][PDF] Gossiping in a Multi-channel Radio Network
S Dolev, S Gilbert, R Guerraoui… - Distributed …, 2007 - researchgate.net
We study oblivious deterministic gossip algorithms for multi-channel radio networks with a
malicious adversary. In a multi-channel network, each of the n processes in the system must …
malicious adversary. In a multi-channel network, each of the n processes in the system must …
Gossiping in a Multi-channel Radio Network
S Dolev, S Gilbert, R Guerraoui, C Newport - Distributed Computing - infona.pl
We study oblivious deterministic gossip algorithms for multi-channel radio networks with a
malicious adversary. In a multi-channel network, each of the n processes in the system must …
malicious adversary. In a multi-channel network, each of the n processes in the system must …
Gossiping in a multi-channel radio network an oblivious approach to coping with malicious interference
S Dolev, S Gilbert, R Guerraoui… - Proceedings of the 21st …, 2007 - dl.acm.org
We study oblivious deterministic gossip algorithms for multi-channel radio networks with a
malicious adversary. In a multi-channel network, each of the n processes in the system must …
malicious adversary. In a multi-channel network, each of the n processes in the system must …
[PDF][PDF] Gossiping in a Multi-Channel Radio Network
S Dolev, S Gilbert, R Guerraoui, C Newport - people.cs.georgetown.edu
We study oblivious deterministic gossip algorithms for multi-channel radio networks with a
malicious adversary. In a multi-channel network, each of the n processes in the system must …
malicious adversary. In a multi-channel network, each of the n processes in the system must …