We propose an evaluation method of large-scale distributed hash tables by network emulator that allows us to evaluate not only DHT algorithms but also DHT implementations. Evaluating DHT implementations is important for DHT application developers since it influences how an application utilizes a DHT. We built a platform to support our method and evaluated four implementations with various scenarios. The evaluation results show that our method is useful for evaluating the performance of DHT implementations in practical and complex environments.
Distributed Hash Table (DHT) systems are the basics for routing protocols in peer-to-peer network, s...
DHT (Distributed Hash Table) is a structured overlay network that is widely utilized in P2P systems....
Distributed Hash Tables (DHT) promise to administer huge sets of (key, value)-pairs under high workl...
Distributed hash tables provide similar functionality to ordinary hash tables but they distribute st...
A lot of research about peer-to-peer systems, today, has been focusing on designing better structure...
Distributed Hash Table (DHT) protocols, such as Kademlia, provide a decentralized key-value lookup w...
Distributed Hash Table (DHT) systems are an important part of peer-to-peer routing infrastructures. ...
Distributed Hash Tables (DHTs) have been shown to be a promising form of decentralised structured pe...
Domus is an architecture for Distributed Hash Tables (DHTs) tailored to a shared-all cluster environ...
(DHTs) have been extensively studied by the networking com-munity through simulation and analysis, b...
In this paper, we present an overview of factors affecting the performance of the DHT-algorithms and...
Domus is an architecture for Distributed Hash Tables (DHTs) tailored to a shared-all cluster environ...
Peer-to-Peer (P2P) networks are preferred over other content distribution service architectures sinc...
Distributed hash tables (DHTs) provide scalable, key-based lookup of objects in dynamic network envi...
Distributed Hash Table [1] (DHT) is a method to store and lookup data across distributed nodes. It p...
Distributed Hash Table (DHT) systems are the basics for routing protocols in peer-to-peer network, s...
DHT (Distributed Hash Table) is a structured overlay network that is widely utilized in P2P systems....
Distributed Hash Tables (DHT) promise to administer huge sets of (key, value)-pairs under high workl...
Distributed hash tables provide similar functionality to ordinary hash tables but they distribute st...
A lot of research about peer-to-peer systems, today, has been focusing on designing better structure...
Distributed Hash Table (DHT) protocols, such as Kademlia, provide a decentralized key-value lookup w...
Distributed Hash Table (DHT) systems are an important part of peer-to-peer routing infrastructures. ...
Distributed Hash Tables (DHTs) have been shown to be a promising form of decentralised structured pe...
Domus is an architecture for Distributed Hash Tables (DHTs) tailored to a shared-all cluster environ...
(DHTs) have been extensively studied by the networking com-munity through simulation and analysis, b...
In this paper, we present an overview of factors affecting the performance of the DHT-algorithms and...
Domus is an architecture for Distributed Hash Tables (DHTs) tailored to a shared-all cluster environ...
Peer-to-Peer (P2P) networks are preferred over other content distribution service architectures sinc...
Distributed hash tables (DHTs) provide scalable, key-based lookup of objects in dynamic network envi...
Distributed Hash Table [1] (DHT) is a method to store and lookup data across distributed nodes. It p...
Distributed Hash Table (DHT) systems are the basics for routing protocols in peer-to-peer network, s...
DHT (Distributed Hash Table) is a structured overlay network that is widely utilized in P2P systems....
Distributed Hash Tables (DHT) promise to administer huge sets of (key, value)-pairs under high workl...