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Asynchronous Peer-to-Peer Web Services and Firewalls
- In the 7th International Workshop on Java for Parallel and Distributed Programming (IPDPS
, 2005
"... In this paper we test the suitability of Java to implement a scalable Web Service that solves a set of problems related to peer-to-peer interactions between Web Services that are behind firewalls or not generally accessible. In particular we describe how to enable reliable and long running conversat ..."
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In this paper we test the suitability of Java to implement a scalable Web Service that solves a set of problems related to peer-to-peer interactions between Web Services that are behind firewalls or not generally accessible. In particular we describe how to enable reliable and long running
Asynchronous Peer-to-Peer Web Services and Firewalls
"... In this paper we test the suitability of Java to implement a scalable Web Service that solves a set of problems related to peer-to-peer interactions between Web Services that are behind firewalls or not generally accessible. In particular we describe how to enable reliable and long running conversat ..."
Abstract
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In this paper we test the suitability of Java to implement a scalable Web Service that solves a set of problems related to peer-to-peer interactions between Web Services that are behind firewalls or not generally accessible. In particular we describe how to enable reliable and long running
Fast Generation and Mixing of Random Graphs in Peer-to-Peer Networks
, 2011
"... Abstract—In this work we show how to generate and rapidly mix uniform random graphs in a model where incoming and outgoing degrees of nodes are defined in advance. We show how to use a previous result on Dating Service working on top of any Distributed Hash Table so that a random graph is generated ..."
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but show how to adapt it to a highly dynamic and asynchronous environment such as peer-to-peer networks. Keywords-peer-to-peer, distributed hash tables, heterogeneous P2P, random graph generation and mixing I.
Raj Jain! Routing vs Switching
"... 1. Networking trends 2. QoS over data networks 3. Label switching 4. Gigabit, 10 Gb Ethernet, RPR 5. Storage area networks 6. IP over DWDM 7. Wireless 8. Voice over IP ..."
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1. Networking trends 2. QoS over data networks 3. Label switching 4. Gigabit, 10 Gb Ethernet, RPR 5. Storage area networks 6. IP over DWDM 7. Wireless 8. Voice over IP