Abstract—Previous studies of large-scale (multimillion node) Kademlia-based DHTs have shown poor performance, measured in seconds; in contrast to the far more optimistic results from theoretical analysis, simulations and testbeds. In this paper, we unexpectedly find that in the Mainline BitTorrent DHT (MDHT), probably the largest DHT overlay on the Internet, many lookups already yield results in less than a second, albeit not consistently. With our backwards-compatible modifications, we show that not only can we reduce median latencies to between 100 and 200 ms, but also consistently achieve sub-second lookups. These results suggest that it is possible to deploy latency-sensitive applications on top of large-scale DHT overlays on the Intern...
We present the implementation of a large-scale latency estimation system based on GNP and incorporat...
Distributed Hash Table-based storage solutions provide a secure means for the storage and retrieval ...
EpiChord is a DHT lookup algorithm that demonstrates that we canremove the O(log n)-state-per-node r...
Previous studies of large-scale (multimillion node) Kademlia-based DHTs have shown poor performance,...
Despite interest in structured peer-to-peer overlays and their scalability to millions of nodes, few...
High lookup latencies prohibit peer-to-peer overlays from being used in many performance intensive ...
Distributed hash tables (DHTs) provide scalable, key-based lookup of objects in dynamic network envi...
Many different Distributed Hash Tables (DHTs) have been designed, but only few have been successfull...
Abstract—A handful of proposals address the problem of bootstrapping a large DHT network from scratc...
International audienceTraditional DHT structures optimize data searches over large-scale networks, b...
Many different Distributed Hash Tables (DHTs) have been designed, but only few have been successfull...
Abstract Peer-to-peer overlay networks have grown significantly in size and sophistication over the ...
(DHTs) have been extensively studied by the networking com-munity through simulation and analysis, b...
Gnutella overlays have evolved to use a two-tier topology. However, we observed that the new topolog...
Internet population is growing quickly: 1.8 billion people were connected to the Internet at the end...
We present the implementation of a large-scale latency estimation system based on GNP and incorporat...
Distributed Hash Table-based storage solutions provide a secure means for the storage and retrieval ...
EpiChord is a DHT lookup algorithm that demonstrates that we canremove the O(log n)-state-per-node r...
Previous studies of large-scale (multimillion node) Kademlia-based DHTs have shown poor performance,...
Despite interest in structured peer-to-peer overlays and their scalability to millions of nodes, few...
High lookup latencies prohibit peer-to-peer overlays from being used in many performance intensive ...
Distributed hash tables (DHTs) provide scalable, key-based lookup of objects in dynamic network envi...
Many different Distributed Hash Tables (DHTs) have been designed, but only few have been successfull...
Abstract—A handful of proposals address the problem of bootstrapping a large DHT network from scratc...
International audienceTraditional DHT structures optimize data searches over large-scale networks, b...
Many different Distributed Hash Tables (DHTs) have been designed, but only few have been successfull...
Abstract Peer-to-peer overlay networks have grown significantly in size and sophistication over the ...
(DHTs) have been extensively studied by the networking com-munity through simulation and analysis, b...
Gnutella overlays have evolved to use a two-tier topology. However, we observed that the new topolog...
Internet population is growing quickly: 1.8 billion people were connected to the Internet at the end...
We present the implementation of a large-scale latency estimation system based on GNP and incorporat...
Distributed Hash Table-based storage solutions provide a secure means for the storage and retrieval ...
EpiChord is a DHT lookup algorithm that demonstrates that we canremove the O(log n)-state-per-node r...