Editing Hypernets: A Solution to Gnutella's Scalability Problem?

Title: Hypernets: A Solution to Gnutella's Scalability Problem?

Research Question: Can hypernet topologies, which are higher-dimensional alternatives to the original Cayley tree used in Gnutella, improve the network's scalability and throughput, allowing it to support more peers and maintain efficient query processing?

Methodology: The research team developed performance models for several hyper-topologies, including virtual hypercubes and virtual hyper-toruses. They compared the query throughput of these models up to millions of peers to determine which topologies offered the best scalability. They also considered the limitations of hardware implementations and the advantages of software-based hyper-topologies in the context of P2P networks.

Results: The study found that virtual hypercubes and virtual hyper-toruses offer near-linear scalable bandwidth, meaning they can support a large number of peer TCP/IP connections and maintain efficient query processing. This is a significant improvement over the original Cayley tree topology, which has lower aggregate bandwidth and is therefore less scalable.

Implications: These findings suggest that implementing hypernet topologies in Gnutella could solve its scalability problem, allowing the network to support a larger number of peers and maintain efficient query processing. This could lead to the widespread adoption of P2P networks for distributing applications and services, as well as the development of new applications that leverage the benefits of hypernet topologies.

Link to Article: https://arxiv.org/abs/0202019v2
Authors: 
arXiv ID: 0202019v2

[[Category:Computer Science]]
[[Category:Topologies]]
[[Category:Scalability]]
[[Category:Query]]
[[Category:Hyper]]
[[Category:Virtual]]